Statistics Simulations

Quiz
•
Mathematics
•
7th Grade
•
Hard
Anthony Clark
FREE Resource
11 questions
Show all answers
1.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
A teacher wants to randomly choose 4 students to answer a series of questions. If there are 20 students in the classroom, describe a model that the teacher could use to simulate choosing these 4 students.
rolling a number cube 20 times
spinning a spinner with 20 sections 4 times
flipping a coin 20 times
rolling a number cube and flipping a coin 20 times
2.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
How could you simulate randomly choosing a place for lunch out of 6 different restaurants?
flip a coin
roll a die
spin a 4-sided spinner
flip 2 coins
3.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
There is an 8% chance that a random household in Virginia has a motorcycle. A student designs a simulation to approximate the probability of calling 3 households in Virginia in a row that have motorcycles. Which statement is true?
The student can use a spinner divided into 8 equal sections and have 1 of the sections represent a household without a motorcycle and 7 of the sections represent a household with a motorcycle.
The student can use a spinner divided into 8 equal sections and have 1 of the sections represent a household with a motorcycle and 7 of the sections represent a household without a motorcycle.
The student can use a random number generator and assign numbers 1 and 2 to represent a household with a motorcycle and numbers 3 through 25 to represent a household without a motorcycle.
The student can use a random number generator and assign numbers 1 and 2 to represent a household with a motorcycle and numbers 3 through 10 to represent a household without a motorcycle.
4.
MATCH QUESTION
1 min • 1 pt
Match the following simulation that could be used to determine the probability for each scenario.
Spin a 6 section spinner one time
Lilliana, Tori, Joel, Logan, Nina, Jorge, Raul, and Aiden are all about to start a game of four square. They put their names in a hat to draw for who will start as King. What is the probability Joel will start as King?
Flip a coin
A baby has a bag full of different blocks. The blocks are shaped as spheres, cones, cubes, prisms, cylinders, and pyramids. What should be the probability that the baby will grab a cone shaped block first?
Roll an eight-sided number cube one time
Tony and Jay are arguing over who has to present in class. What is the probability Tony will have to present?
5.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
There is an 8% chance that a random household in Virginia has a motorcycle. A student designs a simulation to approximate the probability of calling 3 households in Virginia in a row that have motorcycles. Which statement is true?
The student can use a spinner divided into 8 equal sections and have 1 of the sections represent a household without a motorcycle and 7 of the sections represent a household with a motorcycle.
The student can use a spinner divided into 8 equal sections and have 1 of the sections represent a household with a motorcycle and 7 of the sections represent a household without a motorcycle.
The student can use a random number generator and assign numbers 1 and 2 to represent a household with a motorcycle and numbers 3 through 25 to represent a household without a motorcycle.
The student can use a random number generator and assign numbers 1 and 2 to represent a household with a motorcycle and numbers 3 through 10 to represent a household without a motorcycle.
6.
MATH RESPONSE QUESTION
1 min • 1 pt
Of all sixth graders, 70% sent a text message yesterday. Ten trials of a simulation are conducted and the data are recorded below.62072, 34570, 80983, 04292, 83150,36330, 96268, 14077, 77985, 13511The numbers 0 through 6 represent students who sent a text yesterday, and the numbers 7 through 9 represent students who did not send a text yesterday. Based on the simulated data, what is the probability that 3 or more of a group of 5 students randomly selected will send a text today?
Mathematical Equivalence
ON
7.
MATH RESPONSE QUESTION
1 min • 1 pt
Of all sixth graders, 70% sent a text message yesterday. Ten trials of a simulation are conducted and the data are recorded below.62072, 34570, 80983, 04292, 83150,36330, 96268, 14077, 77985, 13511The numbers 0 through 6 represent students who sent a text yesterday, and the numbers 7 through 9 represent students who did not send a text yesterday. Based on the simulated data, what is the probability that 3 or more of a group of 5 students randomly selected will send a text today?
Mathematical Equivalence
ON
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