All Common Core: 7th Grade Math Resources
Example Questions
Example Question #871 : Grade 7
What is the probability of flipping a coin three times, with the coin landing on heads all three times, and rolling a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads three times in a row, we take the probability of the coin landing on heads and multiply it three times.
Based on the question, we want to combine the probability of flipping a coin three times, with the coin landing on heads all three times, with the probability of rolling a on a die. There are sides to a die, and only one of those sides has the number ; thus, the probability of rolling a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #874 : Grade 7
What is the probability of flipping a coin two times, with the coin landing on heads all two times, and rolling a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads two times in a row, we take the probability of the coin landing on heads and multiply it two times.
Based on the question, we want to combine the probability of flipping a coin two times, with the coin landing on heads all two times, with the probability of rolling a on a die. There are sides to a die, and only one of those sides has the number ; thus, the probability of rolling a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #1 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin four times, with the coin landing on heads all four times, and rolling a or a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads four times in a row, we take the probability of the coin landing on heads and multiply it four times.
Based on the question, we want to combine the probability of flipping a coin four times, with the coin landing on heads all four times, with the probability of rolling a or a on a die. There are sides to a die, and one of those sides has the number and one has the number ; thus, the probability of rolling a or a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #1 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin three times, with the coin landing on heads all three times, and rolling a or a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads three times in a row, we take the probability of the coin landing on heads and multiply it three times.
Based on the question, we want to combine the probability of flipping a coin three times, with the coin landing on heads all three times, with the probability of rolling a or a on a die. There are sides to a die, and one of those sides has the number and one has the number ; thus, the probability of rolling a or a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #5 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin two times, with the coin landing on heads all two times, and rolling a or a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads two times in a row, we take the probability of the coin landing on heads and multiply it two times.
Based on the question, we want to combine the probability of flipping a coin two times, with the coin landing on heads all two times, with the probability of rolling a or a on a die. There are sides to a die, and one of those sides has the number and one has the number ; thus, the probability of rolling a or a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #1 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin four times, with the coin landing on heads all four times, and rolling a , , or a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads four times in a row, we take the probability of the coin landing on heads and multiply it four times.
Based on the question, we want to combine the probability of flipping a coin four times, with the coin landing on heads all four times, with the probability of rolling a , , or a on a die. There are sides to a die, and one of those sides has the number , one side has a , and one has the number ; thus, the probability of rolling a , , or a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #1 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin four times, with the coin landing on heads all three times, and rolling a , , or a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads three times in a row, we take the probability of the coin landing on heads and multiply it three times.
Based on the question, we want to combine the probability of flipping a coin three times, with the coin landing on heads all three times, with the probability of rolling a , , or a on a die. There are sides to a die, and one of those sides has the number , one side has a , and one has the number ; thus, the probability of rolling a , , or a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #8 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin two times, with the coin landing on heads all two times, and rolling a , , or a on a die?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads two times in a row, we take the probability of the coin landing on heads and multiply it two times.
Based on the question, we want to combine the probability of flipping a coin two times, with the coin landing on heads all two times, with the probability of rolling a , , or a on a die. There are sides to a die, and one of those sides has the number , one side has a , and one has the number ; thus, the probability of rolling a , , or a on a die is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #9 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin four times, with the coin landing on heads all four times, and rolling any number on a die except
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads four times in a row, we take the probability of the coin landing on heads and multiply it four times.
Based on the question, we want to combine the probability of flipping a coin four times, with the coin landing on heads all four times, with the probability of rolling any number on a die except . There are sides to a die, and five sides that aren't the number ; thus, the probability of rolling any number on a die except is
We want the probability of all of these events occurring, so we need to multiply:
Example Question #10 : Design And Use A Simulation To Generate Frequencies For Compound Events: Ccss.Math.Content.7.Sp.C.8c
What is the probability of flipping a coin two times, with the coin landing on heads all two times, and rolling any number on a die except ?
There are two sides to a coin: heads and tails. The probability of the coin landing on heads is
To determine the probability of the coin landing on heads two times in a row, we take the probability of the coin landing on heads and multiply it two times.
Based on the question, we want to combine the probability of flipping a coin two times, with the coin landing on heads all two times, with the probability of rolling any number on a die except . There are sides to a die, and five sides that aren't the number ; thus, the probability of rolling any number on a die except is
We want the probability of all of these events occurring, so we need to multiply: