Reading - MAP 5th Grade Reading
Card 0 of 672
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
What sentence from passage 2 best supports the idea that conservation biologists want to return amphibians to the wild?
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
What sentence from passage 2 best supports the idea that conservation biologists want to return amphibians to the wild?
This sentence describes how the scientists are working to return the amphibians safely to the wild.
This sentence describes how the scientists are working to return the amphibians safely to the wild.
Compare your answer with the correct one above
Inventions
Every day it seems, new inventions surface that promise to add value to our day-to-day lives. But did you know, many of the inventions we interact with daily were developed entirely by accident?
Take the microwave, for instance. This accidental invention was developed by engineer Percy Spencer who, upon experimenting with a microwave-emitting magnetron, found that the candy bar in his pocket had begun to melt. Spencer was then able to harness this radiation into the microwave we use today to make snack time a speedy process!
Perhaps one of today’s most well-known accidental inventions, the potato chip, was born when a customer kept requesting that his french fries be sliced thinner and made crispier. Though chef George Crum responded with the chips as a joke, they quickly became a favorite snack worldwide!
Even the match is a result of accidental invention. When pharmacist John Walker was stirring chemicals, he noticed that the end of his stirring stick had dried into a hardened lump. When attempting to scrape the dried residue off, a flame sparked, and so did Walker’s idea to turn this accident into a helpful tool!
So, the next time your science experiment doesn’t go as planned, or you burn what you have cooked on the stove, keep in mind that some of today’s most valued inventions were discovered when the inventor least expected it!
According to the passage, what was John Walker doing when a flame sparked and helped him create the match?
Inventions
Every day it seems, new inventions surface that promise to add value to our day-to-day lives. But did you know, many of the inventions we interact with daily were developed entirely by accident?
Take the microwave, for instance. This accidental invention was developed by engineer Percy Spencer who, upon experimenting with a microwave-emitting magnetron, found that the candy bar in his pocket had begun to melt. Spencer was then able to harness this radiation into the microwave we use today to make snack time a speedy process!
Perhaps one of today’s most well-known accidental inventions, the potato chip, was born when a customer kept requesting that his french fries be sliced thinner and made crispier. Though chef George Crum responded with the chips as a joke, they quickly became a favorite snack worldwide!
Even the match is a result of accidental invention. When pharmacist John Walker was stirring chemicals, he noticed that the end of his stirring stick had dried into a hardened lump. When attempting to scrape the dried residue off, a flame sparked, and so did Walker’s idea to turn this accident into a helpful tool!
So, the next time your science experiment doesn’t go as planned, or you burn what you have cooked on the stove, keep in mind that some of today’s most valued inventions were discovered when the inventor least expected it!
According to the passage, what was John Walker doing when a flame sparked and helped him create the match?
This question is asking for text evidence from the passage. In the fourth paragraph, the author explains how John Walker tried to scrape chemicals off a stick when it sparked a flame. “When pharmacist John Walker was stirring chemicals, he noticed that the end of his stirring stick had dried into a hardened lump. When attempting to scrape the dried residue off, a flame sparked, and so did Walker’s idea to turn this accident into a helpful tool!”
This question is asking for text evidence from the passage. In the fourth paragraph, the author explains how John Walker tried to scrape chemicals off a stick when it sparked a flame. “When pharmacist John Walker was stirring chemicals, he noticed that the end of his stirring stick had dried into a hardened lump. When attempting to scrape the dried residue off, a flame sparked, and so did Walker’s idea to turn this accident into a helpful tool!”
Compare your answer with the correct one above
Young Enterprise Services
Young Enterprise Services (YES) is a program created to encourage entrepreneurship in 14- to 18-year-olds who have already shown a clear ability for starting businesses. The program, which began in 2002, has provided loans, grants, and counseling—in the form of workshops and individual meetings with entrepreneurs—to over 7500 young people. The future of YES, however, is now at risk.
One complaint is that the funds that YES distributes have disproportionately gone to young people from low-income families. Though no one has claimed that any of the recipients of YES funds have been undeserving, several families have brought lawsuits claiming that their funding requests were rejected because of the families’ high levels of income.
Another challenge has been making sure that a young person, not his or her family, is receiving the funding. The rules state that the youth must create the business plan and that any profits above $1,000 be placed in a bank account. The rules say that the money can only be used for education, investment in the business, and little else. There have been cases of parents or even a neighbor using the money for their business.
On the other hand, YES has had some real success stories. A 14-year-old girl in Texas used the knowledge and funding she received through the program to connect with a distributor who now carries her line of custom-designed cell phone covers. Two brothers in Alaska have developed an online travel service for young people vacationing with their families. Both of these businesses are doing well and earning money. Unfortunately, these and other successes have received little media coverage. This is a shame, but one that can be fixed.
Which piece(s) of text evidence describes a challenge that YES has encountered?
Young Enterprise Services
Young Enterprise Services (YES) is a program created to encourage entrepreneurship in 14- to 18-year-olds who have already shown a clear ability for starting businesses. The program, which began in 2002, has provided loans, grants, and counseling—in the form of workshops and individual meetings with entrepreneurs—to over 7500 young people. The future of YES, however, is now at risk.
One complaint is that the funds that YES distributes have disproportionately gone to young people from low-income families. Though no one has claimed that any of the recipients of YES funds have been undeserving, several families have brought lawsuits claiming that their funding requests were rejected because of the families’ high levels of income.
Another challenge has been making sure that a young person, not his or her family, is receiving the funding. The rules state that the youth must create the business plan and that any profits above $1,000 be placed in a bank account. The rules say that the money can only be used for education, investment in the business, and little else. There have been cases of parents or even a neighbor using the money for their business.
On the other hand, YES has had some real success stories. A 14-year-old girl in Texas used the knowledge and funding she received through the program to connect with a distributor who now carries her line of custom-designed cell phone covers. Two brothers in Alaska have developed an online travel service for young people vacationing with their families. Both of these businesses are doing well and earning money. Unfortunately, these and other successes have received little media coverage. This is a shame, but one that can be fixed.
Which piece(s) of text evidence describes a challenge that YES has encountered?
All of the text evidence supports challenges or issues with the Young Enterprise Services program. There have been complaints, lawsuits, and cases of fund misappropriation. Each piece of text evidence provided highlights one of the challenges YES has faced.
All of the text evidence supports challenges or issues with the Young Enterprise Services program. There have been complaints, lawsuits, and cases of fund misappropriation. Each piece of text evidence provided highlights one of the challenges YES has faced.
Compare your answer with the correct one above
Inventions
Every day it seems, new inventions surface that promise to add value to our day-to-day lives. But did you know, many of the inventions we interact with daily were developed entirely by accident?
Take the microwave, for instance. This accidental invention was developed by engineer Percy Spencer who, upon experimenting with a microwave-emitting magnetron, found that the candy bar in his pocket had begun to melt. Spencer was then able to harness this radiation into the microwave we use today to make snack time a speedy process!
Perhaps one of today’s most well-known accidental inventions, the potato chip, was born when a customer kept requesting that his french fries be sliced thinner and made crispier. Though chef George Crum responded with the chips as a joke, they quickly became a favorite snack worldwide!
Even the match is a result of accidental invention. When pharmacist John Walker was stirring chemicals, he noticed that the end of his stirring stick had dried into a hardened lump. When attempting to scrape the dried residue off, a flame sparked, and so did Walker’s idea to turn this accident into a helpful tool!
So, the next time your science experiment doesn’t go as planned, or you burn what you have cooked on the stove, keep in mind that some of today’s most valued inventions were discovered when the inventor least expected it!
According to the passage, the author would most likely agree that
Inventions
Every day it seems, new inventions surface that promise to add value to our day-to-day lives. But did you know, many of the inventions we interact with daily were developed entirely by accident?
Take the microwave, for instance. This accidental invention was developed by engineer Percy Spencer who, upon experimenting with a microwave-emitting magnetron, found that the candy bar in his pocket had begun to melt. Spencer was then able to harness this radiation into the microwave we use today to make snack time a speedy process!
Perhaps one of today’s most well-known accidental inventions, the potato chip, was born when a customer kept requesting that his french fries be sliced thinner and made crispier. Though chef George Crum responded with the chips as a joke, they quickly became a favorite snack worldwide!
Even the match is a result of accidental invention. When pharmacist John Walker was stirring chemicals, he noticed that the end of his stirring stick had dried into a hardened lump. When attempting to scrape the dried residue off, a flame sparked, and so did Walker’s idea to turn this accident into a helpful tool!
So, the next time your science experiment doesn’t go as planned, or you burn what you have cooked on the stove, keep in mind that some of today’s most valued inventions were discovered when the inventor least expected it!
According to the passage, the author would most likely agree that
In the passage, the author cites examples of accidental inventions. Inventions that were discovered without the original intent of the inventor. However, this does not indicate to us that this is the only way helpful inventions can be created, nor does the passage indicate that the author believes these accidental inventions should not be credited as real inventions. However, there is strong evidence that the author believes that “Inventions aren’t always well planned out and anticipated,” as this is the entire idea behind accidental inventions.
In the passage, the author cites examples of accidental inventions. Inventions that were discovered without the original intent of the inventor. However, this does not indicate to us that this is the only way helpful inventions can be created, nor does the passage indicate that the author believes these accidental inventions should not be credited as real inventions. However, there is strong evidence that the author believes that “Inventions aren’t always well planned out and anticipated,” as this is the entire idea behind accidental inventions.
Compare your answer with the correct one above
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
Which option best describes the difference between the two articles?
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
Which option best describes the difference between the two articles?
This is the best choice because it accurately describes what each article was mostly about; and correctly contrasts, or highlights the difference between, the two passages.
This is the best choice because it accurately describes what each article was mostly about; and correctly contrasts, or highlights the difference between, the two passages.
Compare your answer with the correct one above
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
Which of the choices below is NOT one of the types of work to protect amphibians mentioned in Passage 2?
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
Which of the choices below is NOT one of the types of work to protect amphibians mentioned in Passage 2?
There is no mention of pet stores in passage 2. All three of the other options are work that was described in the passage.
There is no mention of pet stores in passage 2. All three of the other options are work that was described in the passage.
Compare your answer with the correct one above
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
Given what you read in passage 1 and 2, what can you infer about the best way for change to happen to protect amphibians?
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land, and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction.
Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a space where they can thrive.
Given what you read in passage 1 and 2, what can you infer about the best way for change to happen to protect amphibians?
This is the best inference, because both passages mention the need for all these groups to work together to make positive changes to protect amphibians.
This is the best inference, because both passages mention the need for all these groups to work together to make positive changes to protect amphibians.
Compare your answer with the correct one above
“Once upon a time, there was a little prince. His father spoiled him, and his grandfather doted on him even more.”
The prince's grandfather spoiled him even more than his father did.
“Once upon a time, there was a little prince. His father spoiled him, and his grandfather doted on him even more.”
The prince's grandfather spoiled him even more than his father did.
“Doted even more” tells the reader that compared to the father, the grandfather spoiled the prince even more.
“Doted even more” tells the reader that compared to the father, the grandfather spoiled the prince even more.
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Carol and Nisha are twin sisters. They are fourteen years of age. This is an example of:
Carol and Nisha are twin sisters. They are fourteen years of age. This is an example of:
This sentence is coming Carol and Nisha. They are both twins and they are both fourteen years old.
This sentence is coming Carol and Nisha. They are both twins and they are both fourteen years old.
Compare your answer with the correct one above
Passage 1: Rabbits, Stoats, and Kiwis: The Ecology of New Zealand (2016)
The island nation of New Zealand is unique. Many of its animals and plants are found nowhere else. The kiwi is one of the most famous of these animals. This small, flightless bird dwells on the ground. It has tiny wings with which it is unable to fly. Kiwis belong to the same biological family as ostriches and emus, but they are much smaller than their relatives. Kiwis have round bodies and long beaks, and their brown feathers are very long and thin. Because of this, at first glance, someone who has never seen a kiwi before might think it has fur!
New Zealand is particularly fond of the kiwi. It is the country’s national bird. New Zealanders are even sometimes referred to as “kiwis.” Unfortunately, the kiwi is in danger due to changes humans made to New Zealand’s environment.
Hundreds of years ago, European colonists decided to bring rabbits from Europe to New Zealand. They wanted to hunt them for food and for sport. Unfortunately, their plan succeeded too well. In Europe, other animals in the food chain eat rabbits. This keeps their population in check. In New Zealand, though, no animals ate rabbits. So, their population grew to an enormous size. There were way too many rabbits!
The colonists tried to fix the problem by bringing another animal to New Zealand. Since none of New Zealand’s animals ate rabbits, the colonists imported one from Europe that did: the stoat. Stoats are small, carnivorous mammals similar to weasels. They eat rabbits, as well as birds and their eggs. Bird scientists warned the colonists to reconsider their plan, but the plan went forward—to the kiwi’s detriment.
New Zealand’s islands historically lacked predatory mammals. Because of this, kiwis’ flightlessness never put them at a huge risk of being hunted and eaten. This was the case until the stoats were released. The stoats began to eat the kiwis and their eggs in huge numbers. The kiwis had no way of protecting themselves from the stoats. As a result, their population plummeted.
To this day, stoats threaten the kiwi population in New Zealand. To protect native wildlife, residents have to tried to use various methods of trapping and hunting to limit the size of the stoat population. Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.
To function, environments maintain a careful equilibrium between predators and prey. Altering this balance purposely or accidentally can have serious consequences.
Which of the following accurately quotes from the text and supports the inference that trying to keep stoats from getting to kiwis is at least a partially successful way of protecting kiwis?
Passage 1: Rabbits, Stoats, and Kiwis: The Ecology of New Zealand (2016)
The island nation of New Zealand is unique. Many of its animals and plants are found nowhere else. The kiwi is one of the most famous of these animals. This small, flightless bird dwells on the ground. It has tiny wings with which it is unable to fly. Kiwis belong to the same biological family as ostriches and emus, but they are much smaller than their relatives. Kiwis have round bodies and long beaks, and their brown feathers are very long and thin. Because of this, at first glance, someone who has never seen a kiwi before might think it has fur!
New Zealand is particularly fond of the kiwi. It is the country’s national bird. New Zealanders are even sometimes referred to as “kiwis.” Unfortunately, the kiwi is in danger due to changes humans made to New Zealand’s environment.
Hundreds of years ago, European colonists decided to bring rabbits from Europe to New Zealand. They wanted to hunt them for food and for sport. Unfortunately, their plan succeeded too well. In Europe, other animals in the food chain eat rabbits. This keeps their population in check. In New Zealand, though, no animals ate rabbits. So, their population grew to an enormous size. There were way too many rabbits!
The colonists tried to fix the problem by bringing another animal to New Zealand. Since none of New Zealand’s animals ate rabbits, the colonists imported one from Europe that did: the stoat. Stoats are small, carnivorous mammals similar to weasels. They eat rabbits, as well as birds and their eggs. Bird scientists warned the colonists to reconsider their plan, but the plan went forward—to the kiwi’s detriment.
New Zealand’s islands historically lacked predatory mammals. Because of this, kiwis’ flightlessness never put them at a huge risk of being hunted and eaten. This was the case until the stoats were released. The stoats began to eat the kiwis and their eggs in huge numbers. The kiwis had no way of protecting themselves from the stoats. As a result, their population plummeted.
To this day, stoats threaten the kiwi population in New Zealand. To protect native wildlife, residents have to tried to use various methods of trapping and hunting to limit the size of the stoat population. Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.
To function, environments maintain a careful equilibrium between predators and prey. Altering this balance purposely or accidentally can have serious consequences.
Which of the following accurately quotes from the text and supports the inference that trying to keep stoats from getting to kiwis is at least a partially successful way of protecting kiwis?
An inference is a conclusion that a story or passage helps you reach indirectly. If a story says that a character brings an umbrella with her when she goes to school, but doesn't tell you anything about the weather forecast directly, you can still infer that the character thinks it is going to rain because she brought her umbrella.
This question is asking you to identify an answer choice that does two things:
1.) It accurately quotes from the text, emphasis on "accurately"
What does this mean? To accurately quote text, you have to repeat it exactly as it appears in the original source. This is similar to quoting a person: you can't just summarize what they said—you have to provide their exact words in a quotation. So, the correct answer choice will be text that can be found in the passage, with no variations.
2.) It supports the inference that trying to keep stoats from getting to kiwis is at least a partially successful way of protecting kiwis.
Remember the umbrella-weather example? This part of the question is the inference—like "it might rain, since the character brought an umbrella." We need to identify the sentence in the passage that supports this inference. What is acting like the umbrella? What part of the passage lets us figure out that keeping stoats away from kiwis is one method of protecting the birds?
There are five answer choices presented. One of them states, "To this day, stoats threaten the kiwi population in New Zealand.” This is too general of a statement; reading it doesn't suggest that keeping stoats from getting to kiwis is or is not a good way of protecting them. Two of the answer choices concern New Zealanders hunting and trapping the stoats. One does not quote the passage correctly (it starts with "To protect kiwis" instead of "To protect native wildlife"). The other, while an accurate quotation, does not support the inference. It talks about trapping and hunting the stoats, not separating the stoats from the kiwis.
The last two remaining answer choices are these:
“Most areas in New Zealand have also been fenced in to keep stoats away from native birds like the kiwi.”
“Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.”
These statements support our inference. If areas are being fenced in to keep stoats away from birds, it must be a somewhat successful way of protecting the birds.
Now we just need to identify which answer choice quotes the text accurately. Where do the sentences differ? One starts with "Most areas in New Zealand," and the other starts with "Certain areas." What does the passage say? The sentence in the passage begins with "Certain areas," so the correct answer is "Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.”
An inference is a conclusion that a story or passage helps you reach indirectly. If a story says that a character brings an umbrella with her when she goes to school, but doesn't tell you anything about the weather forecast directly, you can still infer that the character thinks it is going to rain because she brought her umbrella.
This question is asking you to identify an answer choice that does two things:
1.) It accurately quotes from the text, emphasis on "accurately"
What does this mean? To accurately quote text, you have to repeat it exactly as it appears in the original source. This is similar to quoting a person: you can't just summarize what they said—you have to provide their exact words in a quotation. So, the correct answer choice will be text that can be found in the passage, with no variations.
2.) It supports the inference that trying to keep stoats from getting to kiwis is at least a partially successful way of protecting kiwis.
Remember the umbrella-weather example? This part of the question is the inference—like "it might rain, since the character brought an umbrella." We need to identify the sentence in the passage that supports this inference. What is acting like the umbrella? What part of the passage lets us figure out that keeping stoats away from kiwis is one method of protecting the birds?
There are five answer choices presented. One of them states, "To this day, stoats threaten the kiwi population in New Zealand.” This is too general of a statement; reading it doesn't suggest that keeping stoats from getting to kiwis is or is not a good way of protecting them. Two of the answer choices concern New Zealanders hunting and trapping the stoats. One does not quote the passage correctly (it starts with "To protect kiwis" instead of "To protect native wildlife"). The other, while an accurate quotation, does not support the inference. It talks about trapping and hunting the stoats, not separating the stoats from the kiwis.
The last two remaining answer choices are these:
“Most areas in New Zealand have also been fenced in to keep stoats away from native birds like the kiwi.”
“Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.”
These statements support our inference. If areas are being fenced in to keep stoats away from birds, it must be a somewhat successful way of protecting the birds.
Now we just need to identify which answer choice quotes the text accurately. Where do the sentences differ? One starts with "Most areas in New Zealand," and the other starts with "Certain areas." What does the passage say? The sentence in the passage begins with "Certain areas," so the correct answer is "Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.”
Compare your answer with the correct one above
Stories about Zues and Jupiter are examples of:
Stories about Zues and Jupiter are examples of:
Zues and Jupiter commonly appear in myths.
Zues and Jupiter commonly appear in myths.
Compare your answer with the correct one above
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction. Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads, and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have a safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a place where they can thrive.
How do these reasons and evidence in passage 1 help the reader understand the points the author makes about risks to amphibians?
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction. Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads, and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have a safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a place where they can thrive.
How do these reasons and evidence in passage 1 help the reader understand the points the author makes about risks to amphibians?
The reasons and evidence in the article help give examples for the reader to understand the effects of pollution and construction on amphibians.
The reasons and evidence in the article help give examples for the reader to understand the effects of pollution and construction on amphibians.
Compare your answer with the correct one above
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction. Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads, and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have a safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a place where they can thrive.
What are the author’s main points in Passage 2?
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction. Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads, and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have a safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a place where they can thrive.
What are the author’s main points in Passage 2?
All three of the choices listed are the main points given in Passage 2.
All three of the choices listed are the main points given in Passage 2.
Compare your answer with the correct one above
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction. Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads, and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have a safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a place where they can thrive.
What reasons or evidence does the author provide to support the main points in passage 2?
Passage 1
Ecuador, in South America, is home to 417 types of frogs and toads. Many of these species, or types of frogs, are at risk of dying out. In the last 50 years, many amphibian species have gone extinct. Salamanders, frogs, and toads are all amphibians. Amphibians are animals that spend part of their life in water and part on land and have backbones. Amphibians must live near water. Amphibians are in trouble because their habitat is being destroyed as trees are being cut down to make room for farms and roads. Amphibians also absorb pollution easily, because they breathe through their skin. Amphibians are usually the first to disappear when an environment is under threat from pollution. Due to pollution, some frogs are born with deformed, or wrongly shaped, body parts, such as extra legs and eyes. Frogs with deformed body parts are a clue for scientists that an environment is suffering. Between the destruction of their habitats and risks to frogs from pollution, frogs are at risk of endangerment and extinction. Scientists are working to save amphibians from their plight. Scientists want the government to pass laws that protect amphibian habitats and limit pollution.
Passage 2
My name is Maria and I am an amphibian conservation biologist. My job is to protect amphibians and their natural habitats, develop educational programs and exhibits to engage the public about amphibian conservation, and research to develop tools that will allow scientists to reintroduce amphibians back into the wild. Conservation biologists are scientists who study and protect animals and their environments. I work in a zoo, but I often travel to places like Ecuador or Brazil to observe a variety of amphibians in their natural habitats. Brazil, for example, has 1,022 different types of frogs, toads, and salamanders! In my work at the zoo, I specialize in only a small portion of that number. Here in the zoo, we have many amphibians in our care because some or all of their natural habitats were destroyed. We are not alone in our work to protect amphibians. Many people, in many kinds of jobs, are helping protect amphibians and their habitats. I partner with other scientists and lawyers, like my friend Fernanda, to help create laws that best support the conservation, or protection, of amphibians. Fernanda is an environmental lawyer who works to create laws like the Endangered Species Act that protect wildlife and their homes. She, in turn, needs to partner with government workers who can lobby and vote to help get laws passed. Together, our goal is to work together to build a world where these amphibians have a safe space to live outside of the zoo, in their natural habitat, protected from pollution or loss of space. We are working with a facility in Brazil to build protected space for amphibians to be released from the zoo and into a place where they can thrive.
What reasons or evidence does the author provide to support the main points in passage 2?
All three of the choices listed are the reasons and evidence given in Passage 2.
All three of the choices listed are the reasons and evidence given in Passage 2.
Compare your answer with the correct one above
What is the purpose of informational text?
What is the purpose of informational text?
Informational text is written to explain or inform the reader.
Informational text is written to explain or inform the reader.
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Which of the following is NOT an example of something written to inform?
Which of the following is NOT an example of something written to inform?
Advertisements are written to sell something, not to give a reader information.
Advertisements are written to sell something, not to give a reader information.
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Read the title and decide whether the piece was written to inform, entertain, or persuade.
"The Adventures of Super Sam in Space"
Read the title and decide whether the piece was written to inform, entertain, or persuade.
"The Adventures of Super Sam in Space"
This is likely written to entertain the reader.
This is likely written to entertain the reader.
Compare your answer with the correct one above
Read the title and decide whether the piece was written to inform, entertain, or persuade.
"10 Things You Should Know About Germs"
Read the title and decide whether the piece was written to inform, entertain, or persuade.
"10 Things You Should Know About Germs"
This is likely written to inform the reader.
This is likely written to inform the reader.
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Passage 1: Passage and illustrations adapted from "How Sun, Moon, and Wind Went Out to Dinner" in Indian Fairy Tales (1892; ed. Joseph Jacobs, illus. John D. Batten)
Image "Common Core Fifth Grade CCSS.ELA-LITERACY.RL.5.3 - Compare and Contrast Two or More Characters, Settings, or Events - Image 1" adapted from "How Sun, Moon, and Wind Went Out to Dinner" in Indian Fairy Tales (ed. Joseph Jacobs, illustrator John D. Batten, 1892 ed.).
Image "Common Core Fifth Grade CCSS.ELA-LITERACY.RL.5.3 - Compare and Contrast Two or More Characters, Settings, or Events - Image 2" adapted from "How Sun, Moon, and Wind Went Out to Dinner" in Indian Fairy Tales (ed. Joseph Jacobs, illustrator John D. Batten, 1892 ed.).
ne day Sun, Moon, and Wind went out to dine with their uncle and aunts Thunder and Lightning. Their mother (one of the most distant Stars you see far up in the sky) waited alone for her children's return.
Now both Sun and Wind were greedy and selfish. They enjoyed the great feast that had been prepared for them, without a thought of saving any of it to take home to their mother—but the gentle Moon did not forget her. Of every dainty dish that was brought round, she placed a small portion under one of her beautiful long finger-nails, that Star might also have a share in the treat.
On their return, their mother, who had kept watch for them all night long with her little bright eye, said, "Well, children, what have you brought home for me?" Then Sun (who was eldest) said, "I have brought nothing home for you. I went out to enjoy myself with my friends—not to fetch a dinner for my mother!" And Wind said, "Neither have I brought anything home for you, mother. You could hardly expect me to bring a collection of good things for you, when I merely went out for my own pleasure." But Moon said, "Mother, fetch a plate, see what I have brought you." And shaking her hands she showered down such a choice dinner as never was seen before.
Then Star turned to Sun and spoke thus, "Because you went out to amuse yourself with your friends, and feasted and enjoyed yourself, without any thought of your mother at home—you shall be cursed. Henceforth, your rays shall ever be hot and scorching, and shall burn all that they touch. And men shall hate you, and cover their heads when you appear."
(And that is why the Sun is so hot to this day.)
Then she turned to Wind and said, "You also who forgot your mother in the midst of your selfish pleasures—hear your doom. You shall always blow in the hot dry weather, and shall parch and shrivel all living things. And men shall detest and avoid you from this very time."
(And that is why the Wind in the hot weather is still so disagreeable.)
But to Moon she said, "Daughter, because you remembered your mother, and kept for her a share in your own enjoyment, from henceforth you shall be ever cool, and calm, and bright. No noxious glare shall accompany your pure rays, and men shall always call you 'blessed.'"
(And that is why the moon's light is so soft, and cool, and beautiful even to this day.)
This story contrasts Sun and Wind against Moon. In which of the following respects do Sun and Wind differ from Moon in this story?
Passage 1: Passage and illustrations adapted from "How Sun, Moon, and Wind Went Out to Dinner" in Indian Fairy Tales (1892; ed. Joseph Jacobs, illus. John D. Batten)
Image "Common Core Fifth Grade CCSS.ELA-LITERACY.RL.5.3 - Compare and Contrast Two or More Characters, Settings, or Events - Image 1" adapted from "How Sun, Moon, and Wind Went Out to Dinner" in Indian Fairy Tales (ed. Joseph Jacobs, illustrator John D. Batten, 1892 ed.).
Image "Common Core Fifth Grade CCSS.ELA-LITERACY.RL.5.3 - Compare and Contrast Two or More Characters, Settings, or Events - Image 2" adapted from "How Sun, Moon, and Wind Went Out to Dinner" in Indian Fairy Tales (ed. Joseph Jacobs, illustrator John D. Batten, 1892 ed.).
ne day Sun, Moon, and Wind went out to dine with their uncle and aunts Thunder and Lightning. Their mother (one of the most distant Stars you see far up in the sky) waited alone for her children's return.
Now both Sun and Wind were greedy and selfish. They enjoyed the great feast that had been prepared for them, without a thought of saving any of it to take home to their mother—but the gentle Moon did not forget her. Of every dainty dish that was brought round, she placed a small portion under one of her beautiful long finger-nails, that Star might also have a share in the treat.
On their return, their mother, who had kept watch for them all night long with her little bright eye, said, "Well, children, what have you brought home for me?" Then Sun (who was eldest) said, "I have brought nothing home for you. I went out to enjoy myself with my friends—not to fetch a dinner for my mother!" And Wind said, "Neither have I brought anything home for you, mother. You could hardly expect me to bring a collection of good things for you, when I merely went out for my own pleasure." But Moon said, "Mother, fetch a plate, see what I have brought you." And shaking her hands she showered down such a choice dinner as never was seen before.
Then Star turned to Sun and spoke thus, "Because you went out to amuse yourself with your friends, and feasted and enjoyed yourself, without any thought of your mother at home—you shall be cursed. Henceforth, your rays shall ever be hot and scorching, and shall burn all that they touch. And men shall hate you, and cover their heads when you appear."
(And that is why the Sun is so hot to this day.)
Then she turned to Wind and said, "You also who forgot your mother in the midst of your selfish pleasures—hear your doom. You shall always blow in the hot dry weather, and shall parch and shrivel all living things. And men shall detest and avoid you from this very time."
(And that is why the Wind in the hot weather is still so disagreeable.)
But to Moon she said, "Daughter, because you remembered your mother, and kept for her a share in your own enjoyment, from henceforth you shall be ever cool, and calm, and bright. No noxious glare shall accompany your pure rays, and men shall always call you 'blessed.'"
(And that is why the moon's light is so soft, and cool, and beautiful even to this day.)
This story contrasts Sun and Wind against Moon. In which of the following respects do Sun and Wind differ from Moon in this story?
This question is asking you to figure out how Sun and Wind are different from Moon in this passage. Let's skim over the story to figure out where Sun and Wind do one thing and Moon does something different, or where Sun and Wind have something happen to them that does not happen to Moon.
In the second paragraph, we see that Moon does something that Sun and Wind do not:
Now both Sun and Wind were greedy and selfish. They enjoyed the great feast that had been prepared for them, without a thought of saving any of it to take home to their mother—but the gentle Moon did not forget her. Of every dainty dish that was brought round, she placed a small portion under one of her beautiful long finger-nails, that Star might also have a share in the treat.
Here, we see that Moon saves some food from the dinner for her mother, but Sun and Wind do not save any for her. This observation matches the answer choice that Sun and Wind differ from Moon in "whether or not they save food for their mother," which is the correct answer.
This question is asking you to figure out how Sun and Wind are different from Moon in this passage. Let's skim over the story to figure out where Sun and Wind do one thing and Moon does something different, or where Sun and Wind have something happen to them that does not happen to Moon.
In the second paragraph, we see that Moon does something that Sun and Wind do not:
Now both Sun and Wind were greedy and selfish. They enjoyed the great feast that had been prepared for them, without a thought of saving any of it to take home to their mother—but the gentle Moon did not forget her. Of every dainty dish that was brought round, she placed a small portion under one of her beautiful long finger-nails, that Star might also have a share in the treat.
Here, we see that Moon saves some food from the dinner for her mother, but Sun and Wind do not save any for her. This observation matches the answer choice that Sun and Wind differ from Moon in "whether or not they save food for their mother," which is the correct answer.
Compare your answer with the correct one above
Passage 1: Rabbits, Stoats, and Kiwis: The Ecology of New Zealand (2016)
The island nation of New Zealand is unique. Many of its animals and plants are found nowhere else. The kiwi is one of the most famous of these animals. This small, flightless bird dwells on the ground. It has tiny wings with which it is unable to fly. Kiwis belong to the same biological family as ostriches and emus, but they are much smaller than their relatives. Kiwis have round bodies and long beaks, and their brown feathers are very long and thin. Because of this, at first glance, someone who has never seen a kiwi before might think it has fur!
New Zealand is particularly fond of the kiwi. It is the country’s national bird. New Zealanders are even sometimes referred to as “kiwis.” Unfortunately, the kiwi is in danger due to changes humans made to New Zealand’s environment.
Hundreds of years ago, European colonists decided to bring rabbits from Europe to New Zealand. They wanted to hunt them for food and for sport. Unfortunately, their plan succeeded too well. In Europe, other animals in the food chain eat rabbits. This keeps their population in check. In New Zealand, though, no animals ate rabbits. So, their population grew to an enormous size. There were way too many rabbits!
The colonists tried to fix the problem by bringing another animal to New Zealand. Since none of New Zealand’s animals ate rabbits, the colonists imported one from Europe that did: the stoat. Stoats are small, carnivorous mammals similar to weasels. They eat rabbits, as well as birds and their eggs. Bird scientists warned the colonists to reconsider their plan, but the plan went forward—to the kiwi’s detriment.
New Zealand’s islands historically lacked predatory mammals. Because of this, kiwis’ flightlessness never put them at a huge risk of being hunted and eaten. This was the case until the stoats were released. The stoats began to eat the kiwis and their eggs in huge numbers. The kiwis had no way of protecting themselves from the stoats. As a result, their population plummeted.
To this day, stoats threaten the kiwi population in New Zealand. To protect native wildlife, residents have to tried to use various methods of trapping and hunting to limit the size of the stoat population. Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.
To function, environments maintain a careful equilibrium between predators and prey. Altering this balance purposely or accidentally can have serious consequences.
- - - - - - - - - -
Passage 2: Unwanted Guests: The Dangers of Invasive Species (2016)
Groups of different animals affect one another in the natural world. For example, imagine that wolves and deer live in an area. A certain number of wolves need to eat a certain number of deer to survive. This keeps the population of the deer from getting too big. Similarly, the deer eat grass and vegetation. If there were more deer, they’d need to eat more grass.
The natural world is full of balances like these. Unfortunately, sometimes these balances are upset by invasive species. An invasive species is an animal or plant that has moved or been moved from its original environment to a new one. It has established a stable population there that is causing problems. Invasive species don’t cause problems in their original environments because they are kept in check by other plants and animals. In new environments, though, they have nothing stopping them from taking over.
One example of an invasive species is the zebra mussel. This animal originally only lived near Russia. Zebra mussels got into the Great Lakes by attaching themselves to the bottoms of ships. They now live in the Great Lakes too, where they upset the ecosystem. Zebra mussels eat algae, but so do fish. Many fish die as a result of there not being enough algae for all the animals to eat.
Plants can be invasive species too. Another example of an invasive species is the kudzu vine. Humans introduced the plant to the United States on purpose. Farmers were encouraged to grow it to protect their soil. Since then, it has gotten out of control. It now covers large parts of the South, outcompeting native plants for resources like water and sunlight.
Invasive species can cause environmental problems that are very difficult to fix. Because of this, it’s important to rethink introducing any species to a new environment. It’s also important to check to make sure when traveling that you are not bringing any plants or animals with you!
Passage 1 __________, whereas Passage 2 __________.
Passage 1: Rabbits, Stoats, and Kiwis: The Ecology of New Zealand (2016)
The island nation of New Zealand is unique. Many of its animals and plants are found nowhere else. The kiwi is one of the most famous of these animals. This small, flightless bird dwells on the ground. It has tiny wings with which it is unable to fly. Kiwis belong to the same biological family as ostriches and emus, but they are much smaller than their relatives. Kiwis have round bodies and long beaks, and their brown feathers are very long and thin. Because of this, at first glance, someone who has never seen a kiwi before might think it has fur!
New Zealand is particularly fond of the kiwi. It is the country’s national bird. New Zealanders are even sometimes referred to as “kiwis.” Unfortunately, the kiwi is in danger due to changes humans made to New Zealand’s environment.
Hundreds of years ago, European colonists decided to bring rabbits from Europe to New Zealand. They wanted to hunt them for food and for sport. Unfortunately, their plan succeeded too well. In Europe, other animals in the food chain eat rabbits. This keeps their population in check. In New Zealand, though, no animals ate rabbits. So, their population grew to an enormous size. There were way too many rabbits!
The colonists tried to fix the problem by bringing another animal to New Zealand. Since none of New Zealand’s animals ate rabbits, the colonists imported one from Europe that did: the stoat. Stoats are small, carnivorous mammals similar to weasels. They eat rabbits, as well as birds and their eggs. Bird scientists warned the colonists to reconsider their plan, but the plan went forward—to the kiwi’s detriment.
New Zealand’s islands historically lacked predatory mammals. Because of this, kiwis’ flightlessness never put them at a huge risk of being hunted and eaten. This was the case until the stoats were released. The stoats began to eat the kiwis and their eggs in huge numbers. The kiwis had no way of protecting themselves from the stoats. As a result, their population plummeted.
To this day, stoats threaten the kiwi population in New Zealand. To protect native wildlife, residents have to tried to use various methods of trapping and hunting to limit the size of the stoat population. Certain areas have also been fenced in to keep stoats away from native birds like the kiwi.
To function, environments maintain a careful equilibrium between predators and prey. Altering this balance purposely or accidentally can have serious consequences.
- - - - - - - - - -
Passage 2: Unwanted Guests: The Dangers of Invasive Species (2016)
Groups of different animals affect one another in the natural world. For example, imagine that wolves and deer live in an area. A certain number of wolves need to eat a certain number of deer to survive. This keeps the population of the deer from getting too big. Similarly, the deer eat grass and vegetation. If there were more deer, they’d need to eat more grass.
The natural world is full of balances like these. Unfortunately, sometimes these balances are upset by invasive species. An invasive species is an animal or plant that has moved or been moved from its original environment to a new one. It has established a stable population there that is causing problems. Invasive species don’t cause problems in their original environments because they are kept in check by other plants and animals. In new environments, though, they have nothing stopping them from taking over.
One example of an invasive species is the zebra mussel. This animal originally only lived near Russia. Zebra mussels got into the Great Lakes by attaching themselves to the bottoms of ships. They now live in the Great Lakes too, where they upset the ecosystem. Zebra mussels eat algae, but so do fish. Many fish die as a result of there not being enough algae for all the animals to eat.
Plants can be invasive species too. Another example of an invasive species is the kudzu vine. Humans introduced the plant to the United States on purpose. Farmers were encouraged to grow it to protect their soil. Since then, it has gotten out of control. It now covers large parts of the South, outcompeting native plants for resources like water and sunlight.
Invasive species can cause environmental problems that are very difficult to fix. Because of this, it’s important to rethink introducing any species to a new environment. It’s also important to check to make sure when traveling that you are not bringing any plants or animals with you!
Passage 1 __________, whereas Passage 2 __________.
This fill-in-the-blank question asks us to pick out correct statements about how each passage uses a different structure. To answer it correctly, let's analyze each passage and the corresponding parts of the answer choices. Let's start with the first blank, the one that corresponds to Passage 1. How is Passage 1 organized? Passage 1 introduces the kiwi and then tells a chronological story about how rabbits were brought to New Zealand, then stoats, which hurt the kiwi population. So, we can't correctly claim that Passage 1 "introduces and defines a term and provides examples" or that it "compares two things with one another." It "explains a sequence of causes and effects," though. This is the correct phrase for the first blank. This narrows down our answer choices. Now, we just need to figure out whether Passage 2 "briefly describes a problem and then describes a proposed solution in detail" or "introduces and defines a term and provides examples."
Let's skim over Passage 2 and summarize what it discusses in each paragraph in a phrase or short sentence. Doing this can help us spot patterns in its organization.
Paragraph 1: General introduction about how species affect one another in environments
Paragraph 2: Introduction and definition of invasive species
Paragraph 3: Example of invasive animal species (Zebra mussel)
Paragraph 4: Example of invasive plant species (Kudzu vine)
Paragraph 5: Summary and recommendations
Based on this skimming, we can see that the passage "introduces and defines a term and provides examples." So, the best answer is "explains a sequence of causes and effects . . . introduces and defines a term and provides examples."
This fill-in-the-blank question asks us to pick out correct statements about how each passage uses a different structure. To answer it correctly, let's analyze each passage and the corresponding parts of the answer choices. Let's start with the first blank, the one that corresponds to Passage 1. How is Passage 1 organized? Passage 1 introduces the kiwi and then tells a chronological story about how rabbits were brought to New Zealand, then stoats, which hurt the kiwi population. So, we can't correctly claim that Passage 1 "introduces and defines a term and provides examples" or that it "compares two things with one another." It "explains a sequence of causes and effects," though. This is the correct phrase for the first blank. This narrows down our answer choices. Now, we just need to figure out whether Passage 2 "briefly describes a problem and then describes a proposed solution in detail" or "introduces and defines a term and provides examples."
Let's skim over Passage 2 and summarize what it discusses in each paragraph in a phrase or short sentence. Doing this can help us spot patterns in its organization.
Paragraph 1: General introduction about how species affect one another in environments
Paragraph 2: Introduction and definition of invasive species
Paragraph 3: Example of invasive animal species (Zebra mussel)
Paragraph 4: Example of invasive plant species (Kudzu vine)
Paragraph 5: Summary and recommendations
Based on this skimming, we can see that the passage "introduces and defines a term and provides examples." So, the best answer is "explains a sequence of causes and effects . . . introduces and defines a term and provides examples."
Compare your answer with the correct one above