# USPS VEA 474 475 476 477 (Register)

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#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$5 bills do you think you'd need? \$16.67

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 1 \$5— 1 \$1— 1
\$0.25— 2 \$0.10— 1 \$0.05— 1 \$0.01— 2
You can see that you would use 1 \$5 bill.

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$20 bills do you think you'd need? \$59.98

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 2 \$10— 1 \$5— 1 \$1— 4
\$0.25— 3 \$0.10— 2 \$0.05— 0 \$0.01— 3
You can see that you would use 2 \$20 bills.
(The option to use \$50 bills will not be given on this test.)

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many pennies do you think you'd need? \$18.04

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 1 \$5— 1 \$1— 3
\$0.25— 0 \$0.10— 0 \$0.05— 0 \$0.01— 4
You can see that you would use 4 pennies (\$0.01 each)

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$10 bills do you think you'd need? \$21.47

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 1 \$10— 0 \$5— 0 \$1— 1
\$0.25— 1 \$0.10— 2 \$0.05— 0 \$0.01— 2
You can see that you would use 0 \$10 bills.

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$10 bills do you think you'd need? \$34.97

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 0 \$5— 1 \$1— 1
\$0.25— 0 \$0.10— 1 \$0.05— 0 \$0.01— 1
You can see that you would use 1 \$5 bill.

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$20 bills do you think you'd need? \$12.80

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 1 \$5— 0 \$1— 2
\$0.25— 3 \$0.10— 0 \$0.05— 1 \$0.01— 0
You can see that you would use 0 \$20 bills.

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many nickles do you think you'd need? \$7.55

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 0 \$5— 1 \$1— 2
\$0.25— 2 \$0.10— 0 \$0.05— 1 \$0.01— 0
You can see that you would use 1 nickel (\$0.05)

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many quarters do you think you'd need? \$33.75

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 1 \$10— 1 \$5— 0 \$1— 3
\$0.25— 3 \$0.10— 0 \$0.05— 0 \$0.01— 0
You can see that you would use 3 quarters (\$0.25 each)

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$20 bills do you think you'd need? \$46.90

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 2 \$10— 0 \$5— 1 \$1— 1
\$0.25— 3 \$0.10— 1 \$0.05— 1 \$0.01— 0
You can see that you would use 2 \$20 bills

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$1 bills do you think you'd need? \$23.03

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 1 \$10— 0 \$5— 0 \$1— 3
\$0.25— 0 \$0.10— 0 \$0.05— 0 \$0.01— 3
You can see that you would use 3 \$1 bills.

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many \$5 bills do you think you'd need? \$15.21

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 1 \$5— 1 \$1— 0
\$0.25— 0 \$0.10— 2 \$0.05— 0 \$0.01— 1
You can see that you would use 1 \$5 bill.

#### Determine the simplest way to make this quantity of change using the least amount of notes and coins. How many bills do you think you'd need? \$40.10

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 2 \$10— 0 \$5— 0 \$1— 0
\$0.25— 0 \$0.10— 1 \$0.05— 0 \$0.01— 0
You can see that you would use 0 pennies (\$0.01)

#### Find the simplest way to make this amount of change with the fewest bills and coins possible. How many quarters do you think you'd use? \$25.45

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 1 \$10— 0 \$5— 1 \$1— 0
\$0.25— 1 \$0.10— 2 \$0.05— 0 \$0.01— 0
You can see that you would use 1 quarter (\$0.25)

#### Determine the simplest way to make this quantity of change using the least amount of bills and coins. How many \$1 bills do you think you'd need? \$14.80

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 1 \$5— 0 \$1— 4
\$0.25— 3 \$0.10— 0 \$0.05— 1 \$0.01— 0
You can see that you would use 4 \$1 bills.

#### Determine the simplest way to make this quantity of change using the least amount of bills and coins. How many \$20 dollars do you think you'd need? \$88.30

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 4 \$10— 0 \$5— 1 \$1— 3
\$0.25— 1 \$0.10— 0 \$0.05— 1 \$0.01— 0
You can see that you would use 4 \$20 bills

#### Determine the simplest way to make this quantity of change using the least amount of bills and coins. How many dimes do you think you'd use? \$60.50

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 3 \$10— 0 \$5— 0 \$1— 0
\$0.25— 2 \$0.10— 0 \$0.05— 0 \$0.01— 0
You can see that you would use 0 dimes (\$0.10)

#### Determine the simplest way to make this quantity of change using the least amount of bills and coins. How many nickels do you think you'd need? \$1.25

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 0 \$5— 0 \$1— 1
\$0.25— 1 \$0.10— 0 \$0.05— 0 \$0.01— 0
You can see that you would use 0 nickels (\$0.05 each).

#### Determine the simplest way to make this quantity of change using the least amount of bills and coins. How many dimes do you think you'd use? \$13.35

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 1 \$5— 0 \$1— 3
\$0.25— 1 \$0.10— 1 \$0.05— 0 \$0.01— 0
You can see that you would use 1 dime (\$0.10 each).

#### Determine the smallest number of bills and coins that can be used to make this amount of change. How many quarters do you think you'd use? \$42.94

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 2 \$10— 0 \$5— 0 \$1— 2
\$0.25— 3 \$0.10— 1 \$0.05— 1 \$0.01— 4
You can see that you would use 3 \$0.25 quarters.

#### Determine the smallest number of bills and coins that can be used to make this amount of change. How many pennies do you think you'd use? \$3.05

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 0 \$5— 0 \$1— 3
\$0.25— 0 \$0.10— 0 \$0.05— 1 \$0.01— 0
You can see that you would use 0 \$0.01 pennies

#### Determine the easiest way to make this amount of change using the least amount of bills and coins. How many quarters do you think you'll need? \$20.90

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 1 \$10— 0 \$5— 0 \$1— 0
\$0.25— 3 \$0.10— 1 \$0.05— 1 \$0.01— 0
You can see that you would use 3 quarters (\$0.25 each).

#### Determine the smallest number of notes and coins required to create this amount of change. How many \$20 dollars do you think you'd need? \$91.40

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 4 \$10— 1 \$5— 0 \$1— 1
\$0.25—* 1 **\$0.10— 1 \$0.05— 1 \$0.01— 0
You can see that you would use 4 \$20 bills.

#### Determine the lowest amount of bills and coins that can be used to make this amount of change. How many \$1 bills do you think you'd use? \$9.07

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 0 \$5— 1 \$1— 4
\$0.25— 0 \$0.10— 0 \$0.05— 1 \$0.01— 2
You can see that you would use 4 \$1 bills.

#### Calculate the smallest number of bills and coins needed to make this amount of change. How many ten-dollar bills do you think you'd need? \$10.50

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 1 \$5— 0 \$1— 0
\$0.25— 2 \$0.10— 0 \$0.05— 0 \$0.01— 0
You can see that you would use 1 \$10 bill.

#### Determine the fewest number of bills and coins required to create this amount of change. How many nickels do you think you'd need? \$4.31

Correct! Wrong!

Explanation:
This is the correct distribution that uses the fewest bills and coins:
\$20— 0 \$10— 0 \$5— 0 \$1— 4
\$0.25— 1 \$0.10— 0 \$0.05— 1 \$0.01— 1
You can see that you would use 1 \$0.05 nickel.