Multiple Choice
Identify the
choice that best completes the statement or answers the question.
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Use the Fundamental Counting Principle to find the total number of possible
outcomes.
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1.
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MP3
Player | | Memory | 2 GB, 4 GB, 8 GB , 16 GB, 32 GB | | Color | White, Red, Gray , Blue,
Purple | | |
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The bar graph shows the results of spinning the spinner 40 times. Find the
experimental probability of the event.
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2.
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Spinning a 2 or a 5  
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Use the spinner to determine the probability of the event.
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3.
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Spinning an odd composite
a. |  | c. |  | b. | 1 | d. | 0 |
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4.
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Not spinning a multiple of 4
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5.
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Spinning a –2
a. | 0 | c. |  | b. |  | d. | 1 |
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6.
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Spinning a number less than 8
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You roll a number cube. Determine the theoretical probability of the
event.
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7.
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Rolling a 2
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8.
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Rolling a multiple of 4
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You randomly choose one of the chips. Without replacing the first chip, you
choose a second chip. Find the probability of choosing the first chip, then the second
chip.
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9.
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Black and Green 
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10.
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Red and not a Green 
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Other
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1.
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Extended Response The lunch menu at a weekend event requires
participants to pre-order from a set menu. The main choice is a hamburger with or without pickles or
a hot dog with or without relish. Each order has a choice of chips or applesauce as a side and water
or milk to drink. a. Draw a tree diagram to represent
the menu options.
b. What is the probability that a participant orders any meal
combination with a hamburger?
c. A company sends 2 participants. What is the
probability that all of these participants order this option?
d. If the participants
were also given a choice of a brownie or cookie for dessert, what is the probability that a cookie
would be chosen in the combination listed in part (b)?
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