Probability 4.1.3
Presentation
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Mathematics
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6th - 8th Grade
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Practice Problem
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Medium
Standards-aligned
Courtney Kuschel
Used 62+ times
FREE Resource
1 Slide • 12 Questions
1
2
Open Ended
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Open Ended
4
Multiple Choice
You have 1 yellow, 2 red, 4 green, and 5 blue blocks. You were to reach into the bag and select one block without looking. What is the probability of getting red?
P(Red) =
5
Multiple Choice
You have 1 yellow, 2 red, 4 green, and 5 blue blocks. You were to reach into the bag and select one block without looking. What is the probability of getting yellow?
P(Yellow) =
6
Multiple Choice
You have 1 yellow, 2 red, 4 green, and 5 blue blocks. You were to reach into the bag and select one block without looking. What is the probability of getting green?
P(Green) =
7
Multiple Choice
You have 1 yellow, 2 red, 4 green, and 5 blue blocks. You were to reach into the bag and select one block without looking. What is the probability of getting Blue?
P(Blue) =
8
Multiple Choice
Your answers for the last four questions, did those represent theoretical probabilities (what we expect) or experimental probabilities (what actually happened)?
9
Multiple Choice
If you reached into the bag 12 times, how many times would you expect to have selected a blue block?
10
Multiple Choice
Now we doubled the blocks. Before, there was a 2/12 chance of getting red. Do you think doubling the blocks will change the likelihood of getting red?
11
Match
Now there are 24 blocks in the bag. Match the probabilities.
12
Open Ended
Originally you had 12 blocks in the bag. Now there are 24 blocks. Has the probability for drawing each different-colored block changed? Explain.
13
Match
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