TEKS.MATH.7.6A

Samuel has 5 different colors of pens and 2 different colors of paper. Which model could be used to show how many different choices he has?

• spin a spinner with 5 sections, then flip a coin
• roll a die 5 times
• flip a coin 5 times
• roll a die, then flip a coin 5 times

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TEKS.MATH.7.6A

Which of the following situations is represented by this tree diagram?

• 3 shirt options, 6 pants options, and 12 shoe options
• 3 shirt options, 2 pants options, and 2 shoe options
• 2 shirt options, 3 pants options, and 1 shoe option

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TEKS.MATH.7.6A

Which shows the sample space for flipping two coins?

• H, T
• HH, HT, TH, TT
• HH, TT
• Dime, Nickel

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TEKS.MATH.7.6A

Robin has five different pairs of shoes that match with 6 different pairs of socks.  How many shoes-and-socks combinations can she make if she selects one pair of shoes and one pair of socks?

• 1
• 30
• 5!
• 6!

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TEKS.MATH.7.6A

How many total outfit options are represented?

• 12
• 22
• 3

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TEKS.MATH.7.6A

Which shows the sample space for flipping two coins?

• H, T
• HH, HT, TH, TT
• HH, TT
• Dime, Nickel

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TEKS.MATH.7.6A

What is the sample space?

• 6 bears

• orange, green, red, white, yellow

• unlikely

• 2 red bears

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TEKS.MATH.7.6A

The tree diagram shows the outcomes of rolling a die and flipping a coin.  
How many total outcomes are there?  

• 6
• 12
• 24
• 36

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TEKS.MATH.7.6A

To win a prize, a player picks a door and then a box behind the door. There are 5 doors and 3 boxes behind each door. How many prizes can be won if each box has a different prize?

• 3

• 5

• 8

• 15

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TEKS.MATH.7.6A

How many possible outcomes are there with tossing a coin and rolling a dice?

• 2

• 6

• 12

• 24

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TEKS.MATH.7.6A