Unfair Game - Core 7 (ratio tables, powers of 10, comp sci not)

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Multiple Choice

Q. 

Kevin is mixing paint to make orange. The ratio of red paint to yellow paint is 3 oz to 5 oz. How much yellow paint should he mix with 9 oz of red paint?

• 15 oz

• 45 oz

• 30 oz

• 11 oz

Multiple Choice

To make iced tea, 5 tea bags can be added to 1 gallon of water. Use the ratio table to find how many tea bags to use for 4 gallons of water.

• 10

• 20

• 15

• 25

Multiple Choice

A tube contains 3 tennis balls. How many tennis balls are there in 32 tubes?

• 16

• 96

• 11

• 64

Multiple Choice

To make coffee, one small scoop of coffee grounds is added to 2 cups of water. Use the ratio table to find how many cups of water to use for 5 scoops of coffee.

• 4

• 6

• 10

• 8

Multiple Choice

Solve for A in the ratio table.

• A= 40

• A= 10

• A= 9

• A= 45

Multiple Choice

What is the missing number in the ratio table?

• 21
• 24
• 27
• 25

Multiple Choice

What is C?

• 80
• 24
• 96
• 92

Multiple Choice

Hilbert burns 120 calories per 30 minutes of weight training.  Complete the table to chart his calorie expenditure for different amounts of time. What is the value of a?

• a= 80
• a= 6
• a= 60
• a= 120

Multiple Choice

What number is missing?

• 12
• 3
• 11
• 13

Multiple Choice

Hilbert burns 120 calories per 30 minutes of weight training.  Complete the table to chart his calorie expenditure for different amounts of time. What is the value of a?

• a= 80
• a= 6
• a= 60
• a= 120

Multiple Choice

What is 10⁰ equivalent to?

• 1
• 10
• 0
• 100

Multiple Choice

Express the following number as powers of ten:
0.001

• 10³
• 10⁴
• 10^-2
• 10^-3

Multiple Choice

• 1/10
• 1/100
• 1/1000
• 1/10,000

Multiple Choice

Match the equivalent form.

• 10^-1
• 10^-2
• 10^-3
• 10^-4

Multiple Choice

Match the equivalent form.

• 1/1000
• .001
• .000001
• 1/10,000

Multiple Choice

Match the equivalent form.

• 10⁴
• 1/10,000
• 10^-3
• .00001

Multiple Choice

What number can be placed in the denominator?

• 0.0001

• 10⁴

• 10^-4

• -0.0001

Multiple Choice

Which is the largest?
4.8 x 10^-6
3.1 x 10^-4
9.2 x 10^-5
5.9 x 10^-5

• 4.8 x 10^-6
• 3.1 x 10^-4
• 9.2 x 10^-5
• 5.9 x 10^-5

Multiple Choice

The diameter of the planet Mercury is
4.87 x 10³ km.  The diameter of the planet Venus is 1.21 x 10⁴ km. The diameter of the planet Mars is 
1.28 x 10³ km.   
Which planet has the smallest diameter?

• Mercury
• Mars
• Venus

Multiple Choice

Which of these number is the least?

• 3.5 x 10⁷
• 5 x 10⁷
• 3 x 10⁷
• 5.5 x 10⁷

Multiple Choice

Which of these numbers is the greatest?

• 5.406 x 10⁸
• 5.504 x 10⁷
• 5.604 x 10⁹
• 6.504 x 10⁸

Multiple Choice

Which of these numbers is the least?

• 9 x 10⁴
• 1.2 x 10⁵
• 3.01 x 10⁹
• 1.901 x 10⁴

Multiple Choice

Which is larger:
4.27 x 10³ or 5.7 x 10² ?

• 4.27 x 10³
• 5.7 x 10²

Multiple Choice

A bag contains 5 quarters, 2 dimes, and 4 pennies. What is the probability of picking a quarter?

• 5/11
• 5/6
• 1/3
• 5

Multiple Choice

You spin the spinner. How many possible outcomes are there?

• 4
• 8
• 1
• 6

Multiple Choice

In a cup are the numbers 1 - 20. Find the theoretical probability of 
picking an even number. 

• 10/20
• 1/2
• 1/20
• 20/20

Multiple Choice

A bag contains 5 quarters, 2 dimes, and 4 pennies. What is the probability of picking a quarter?

• 5/11
• 5/6
• 1/3
• 5

Multiple Choice

An experiment consists of rolling a fair number cube. Find the theoretical probability of rolling a 3.

• 1/6
• 3/6
• 1
• 1/2

Multiple Choice

An experiment consists of rolling a fair number cube. Find the theoretical probability of rolling a number greater than 3.

• 4, 5, and 6
• 3/6
• 3
• 1/2

Multiple Choice

An experiment consists of rolling a fair number cube. Find the theoretical probability of rolling an 8.

• 0
• 8/6
• 4/3
• 1/2

Multiple Choice

A coin is tossed 18 times. It lands on heads 12 times. What is the experimental probability of the coin landing on tails? reduce the fraction!

Multiple Choice

The arrow of this spinner was spun 60 times. On 45 out of 60 times, the arrow landed on a section labeled with a multiple of 4. What was the experimental probability of the arrow landing on a section labeled with a multiple of 4?

Multiple Choice

You spin the spinner. How many possible outcomes are there?

• 4
• 8
• 1
• 6

Multiple Choice

Find the theoretical probability of landing on orange or red if you spin the spinner.

• 0
• 3/8
• 2/8
• 1/4

Multiple Choice

In a cup are the numbers 1 - 20. Find the theoretical probability of 
picking an even number. 

• 10/20
• 1/2
• 1/20
• 20/20

Multiple Choice

In a cup are the numbers 1 - 20. Find the theoretical probability of 
picking a number divisible by 5. 

• 4/20
• 1/5
• 5/20
• 1/4

Multiple Choice

An experiment consists of rolling a fair number cube. Find the theoretical probability of rolling a 3.

• 1/6
• 3/6
• 1
• 1/2

Multiple Choice

An experiment consists of rolling a fair number cube. Find the theoretical probability of rolling a number greater than 3.

• 4, 5, and 6
• 3/6
• 3
• 1/2

Multiple Choice

An experiment consists of rolling a fair number cube. Find the theoretical probability of rolling an 8.

• 0
• 8/6
• 4/3
• 1/2

Multiple Choice

Find the theoretical probability of NOT landing on yellow if you spin the spinner.

• 1/8
• 7/8
• 1
• 7

Multiple Choice

What is Theoretical Probability?

• The ratio of favorable outcomes to the total number of possible outcomes
• The ratio of favorable outcomes to the total number of trials in an experiment
• In probability, a controlled, repeated process (such as repeatedly tossing a coin).
• A single possible result.