All Algebra II Resources
Example Questions
Example Question #1 : Setting Up Inequalities
If and , where is located
Quadrant I
The point will land on the x or y axis, therefore there is no quadrant for the scenario.
Quadrant IV
Quadrant III
Quadrant II
Quadrant IV
Because x is greater than zero, it will be to the right of the y axis. Because y is less than zero, it will be below the x axis. This is the fourth quadrant.
Example Question #2 : Setting Up Inequalities
At a fair, there is a game where players step on a scale and weigh themselves. The objective of the game is for the host to guess the player's weight. A player loses if the host of the game can guess the player's weight within pounds, inclusive. Suppose a player weighs pounds. Write an inequality that represents the range of numbers such that the player loses. (Let represent the guess weight.)
For the player to lose, the host has to guess within pounds of the player's weight, inclusive. Thus, the host can guess any number between pounds and pounds ; that is, if is the weight the host guesses, then , which translates to .
Example Question #9 : Setting Up Inequalities
Set up the following inequality: Four less than three times a number squared is at least six.
Split up the inequality into parts.
A number squared:
Three times a number squared:
Four less than three times a number squared:
Is at least six:
Combine all the parts to form an inequality:
The answer is:
Example Question #1 : Setting Up Inequalities
Set up the inequality: Four times the quantity of a number less than five is more than six.
Break up the sentence into parts.
A number less than five:
The quantity of a number less than five:
Four times the quantity of a number less than five:
More than six:
Combine the terms.
The answer is:
Example Question #2041 : Algebra Ii
Set up the inequality: Four times the quantity of two less than three times a number is at most ten.
Break up the inequality into parts.
Three times a number:
Two less than three times a number:
The quantity of two less than three times a number:
Four times the quantity of two less than three times a number:
Is at most ten:
Combine the terms to form the inequality.
The answer is:
Example Question #2043 : Algebra Ii
Set up the following inequality: The product of two and the quantity of two less than five times a number must exceed twelve.
Split up the inequality into parts.
Five times a number:
Two less than five times a number:
The quantity of two less than five times a number:
The product of two and the quantity of two less than five times a number:
Must exceed twelve:
The answer is:
Example Question #201 : Basic Single Variable Algebra
Set up the inequality: Twice the quantity of three less than twice a number must be more than ten.
Break up the sentence into parts. Start with the inner quantity.
Twice a number:
Three less than twice a number:
The quantity of three less than twice a number:
Twice the quantity of three less than twice a number:
Must be more than ten:
Combine the terms to write the inequality:
The answer is:
Example Question #202 : Basic Single Variable Algebra
Set up the inequality: Four less than six times the square root of a number is at least five.
Break up the statement into parts.
The square root of a number:
Six times the square root of a number:
Four less than six times the square root of a number:
At least five:
Combine the parts to form the inequality.
The answer is:
Example Question #2045 : Algebra Ii
Set up the inequality: Five more than eight times a number must exceed fourteen.
Separate the sentence into parts and let the unknown number be .
Eight times a number:
Five more than eight times a number:
Must exceed fourteen:
Combine the parts to form the inequality.
The answer is:
Example Question #11 : Inequalities
Set up the inequality: Four less than eight times the square root of twice a number cannot be more than three.
Start with the square root.
Square root of twice a number:
Eight times the square root of twice a number:
Four less than eight times the square root of twice a number:
Cannot be more than three:
Combine the parts to form the inequality.
The answer is:
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