Approximate the Probability of a Chance Event by Collecting Data: CCSS.Math.Content.7.SP.C.6 - 7th Grade Math
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If John were to roll a die 
times, roughly how many times would he roll a 
If John were to roll a die
A die has 
sides, with each side displaying a number between 
.
Let's first determine the probability of rolling a 
after John rolls the die a single time.
There is a total of 
sides on a die and only one value of 
on one side; thus, our probability is:
This means that roughly 
of John's rolls will be a 
; therefore, in order to calculate the probability we can multiply 
by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll a 
roughly 
times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die 
times, roughly how many times would he roll a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a after John rolls the die a single time.
There is a total of sides on a die and only one value of on one side; thus, our probability is:
This means that roughly of John's rolls will be a ; therefore, in order to calculate the probability we can multiply by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll a roughly 
times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a 
or a 
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a 
or a 
after John rolls the die a single time.
There is a total of sides on a die and we have one value of 
and one value of 
; thus, our probability is:
This means that roughly 
of John's rolls will be a 
or a 
; therefore, in order to calculate the probability we can multiply 
by —the number of times John rolls the die.
If John rolls a die times, then he will roll a 
or a 
roughly 
times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die 
times, roughly how many times would he roll a 
or a 
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a 
or a 
after John rolls the die a single time.
There is a total of sides on a die and we have one value of 
and one value of 
; thus, our probability is:
This means that roughly 
of John's rolls will be a 
or a 
; therefore, in order to calculate the probability we can multiply 
by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll a 
or a 
roughly 
times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die 
times, roughly how many times would he roll an even number?
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an even number after John rolls the die a single time.
There is a total of sides on a die and 
even numbers: 
; thus, our probability is:
This means that roughly 
of John's rolls will be an even number; therefore, in order to calculate the probability we can multiply 
by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll an even number roughly 
times.
A die has
Let's first determine the probability of rolling an even number after John rolls the die a single time.
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die 
times, roughly how many times would he roll an odd number?
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an odd number after John rolls the die a single time.
There is a total of sides on a die and 
odd numbers: 
; thus, our probability is:
This means that roughly 
of John's rolls will be an odd number; therefore, in order to calculate the probability we can multiply 
by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll an odd number roughly 
times.
A die has
Let's first determine the probability of rolling an odd number after John rolls the die a single time.
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die 
times, roughly how many times would he roll a 
, a 
, or a 
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a 
, a 
, or a 
after John rolls the die a single time.
There is a total of sides on a die and we have one value of 
, one value of 
and one value of 
; thus, our probability is:
This means that roughly 
of John's rolls will be a 
, 
, or a 
; therefore, in order to calculate the probability we can multiply 
by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll a 
, 
, or a 
roughly 
times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll an odd number or a 
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an odd number or a 
after John rolls the die a single time.
There is a total of sides on a die and 
odd numbers: 
and one 
; thus, our probability is:
This means that roughly 
of John's rolls will be an odd number or a 
; therefore, in order to calculate the probability we can multiply 
by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll an odd number or a 
roughly 
times.
A die has
Let's first determine the probability of rolling an odd number or a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die 
times, roughly how many times would he roll an even number or a 
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an even number or a 
after John rolls the die a single time.
There is a total of sides on a die and 
even numbers: 
and one 
; thus, our probability is:
This means that roughly 
of John's rolls will be an even number or a 
; therefore, in order to calculate the probability we can multiply 
by 
—the number of times John rolls the die.
If John rolls a die 
times, then he will roll an even number or a 
roughly 
times.
A die has
Let's first determine the probability of rolling an even number or a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a after John rolls the die a single time.
There is a total of sides on a die and only one value of on one side; thus, our probability is:
This means that roughly of John's rolls will be a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll a roughly times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a after John rolls the die a single time.
There is a total of sides on a die and only one value of on one side; thus, our probability is:
This means that roughly of John's rolls will be a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll a roughly times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a or a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a or a after John rolls the die a single time.
There is a total of sides on a die and we have one value of and one value of ; thus, our probability is:
This means that roughly of John's rolls will be a or a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll a or a roughly times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a or a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a or a after John rolls the die a single time.
There is a total of sides on a die and we have one value of and one value of ; thus, our probability is:
This means that roughly of John's rolls will be a or a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll a or a roughly times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll an even number?
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an even number after John rolls the die a single time.
There is a total of sides on a die and even numbers: ; thus, our probability is:
This means that roughly of John's rolls will be an even number; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll an even number roughly times.
A die has
Let's first determine the probability of rolling an even number after John rolls the die a single time.
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll an odd number?
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an odd number after John rolls the die a single time.
There is a total of sides on a die and odd numbers: ; thus, our probability is:
This means that roughly of John's rolls will be an odd number; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll an odd number roughly times.
A die has
Let's first determine the probability of rolling an odd number after John rolls the die a single time.
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a , a , or a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a , a , or a after John rolls the die a single time.
There is a total of sides on a die and we have one value of , one value of and one value of ; thus, our probability is:
This means that roughly of John's rolls will be a , , or a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll a , , or a roughly times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll an odd number or a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an odd number or a after John rolls the die a single time.
There is a total of sides on a die and odd numbers: and one ; thus, our probability is:
This means that roughly of John's rolls will be an odd number or a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll an odd number or a roughly times.
A die has
Let's first determine the probability of rolling an odd number or a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll an even number or a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling an even number or a after John rolls the die a single time.
There is a total of sides on a die and even numbers: and one ; thus, our probability is:
This means that roughly of John's rolls will be an even number or a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll an even number or a roughly times.
A die has
Let's first determine the probability of rolling an even number or a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a after John rolls the die a single time.
There is a total of sides on a die and only one value of on one side; thus, our probability is:
This means that roughly of John's rolls will be a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll a roughly times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above
If John were to roll a die times, roughly how many times would he roll a
If John were to roll a die
A die has sides, with each side displaying a number between .
Let's first determine the probability of rolling a after John rolls the die a single time.
There is a total of sides on a die and only one value of on one side; thus, our probability is:
This means that roughly of John's rolls will be a ; therefore, in order to calculate the probability we can multiply by —the number of times John rolls the die.
If John rolls a die times, then he will roll a roughly times.
A die has
Let's first determine the probability of rolling a
There is a total of
This means that roughly
If John rolls a die
Compare your answer with the correct one above