Question 3 (Multiple Choice Worth 4 points)

[1.05] Identify which distributive property problem below would help you solve the following scenario:
Your English class has 27 students. You would like to treat the class to cookies. You would like each person to have 3 cookies. Which expression would help you figure out how many cookies you would need to bake?

3(20 + 7)

3(27 + 3)

3(20 − 7)

3(27 − 3)

Question 4 (Multiple Choice Worth 4 points)

[1.05] Use the distributive property to simplify the expression below:
5t − 6(1 + t)

−t − 6

−t + 6

t + 6

6t − 6

Question 5 (Multiple Choice Worth 4 points)

[1.02]

Evaluate: 4 − 14 ÷ 7 + 3.exponent2

11

8

−7

−61

Question 6 (Multiple Choice Worth 4 points)

[1.05] Use the distributive property to simplify the expression below:
The quantity of 8 times x minus 10 all divided by negative 2

−4x − 10

4x + 5

4x − 5

−4x + 5

Question 7 (Multiple Choice Worth 4 points)

[1.01]

Evaluate: −7 − 5

−2

2

−12

12

Question 8 (Multiple Choice Worth 4 points)

[1.05] Use the distributive property to simplify the expression below:
The quantity of negative 3 times x minus 9 all divided by negative 3

x + 3

x − 9

−3x + 3

x − 3

Question 9 (Multiple Choice Worth 4 points)

[1.05] Use the distributive property to simplify the expression below:
one over four(g − 12)

one over fourg − 3

one over fourg − 12

one over fourg − 4

one over fourg + 3

Question 10 (Multiple Choice Worth 4 points)

[1.03] x • x • x • x = ?

4x

x(x + 4)

x.exponent4

x + 4

Question 11 (Multiple Choice Worth 4 points)

[1.06]

Which phrase matches the algebraic expression below?
3(x + 7) + 10

Three times the difference of x and seven plus ten

Three times x minus seven plus ten

Three times the sum of x and seven plus ten

Three times x plus the sum of seven and ten

Question 12 (Multiple Choice Worth 4 points)

[1.03] Simplify the following expression.
2x − 10y + 3x.exponent2 + 7y − 10x

3x.exponent2 − 8x − 3y

3x.exponent2 − 8x − 17y

3x.exponent2 + 8x − 3y

3x.exponent2 − 12x + 3y

Question 13 (Multiple Choice Worth 4 points)

[1.03] Simplify the following expression.
2x − 6y + 2z − 5x − 3y + 8z

−3x − 9y + 10z

−3x + 9y + 10z

−3x + 9y − 10z

3x − 9y + 10z

Question 14 (Multiple Choice Worth 4 points)

[1.05] Use the distributive property to simplify the expression below:
−3(2u − 1)

−5u − 3

−6u + 3

−5u + 3

−6u − 3

Question 15 (Multiple Choice Worth 4 points)

[1.01]

Evaluate: −6 − (−2)

−4

−8

4

12

Question 16 (Multiple Choice Worth 4 points)

[1.02]

Evaluate: 5 • 4 − 8 ÷ 2

6

10

0

16

Question 17 (Multiple Choice Worth 4 points)

[1.06]

Fran's mower rental charges a flat rate of $12.00 per day for mower rental plus $2.00 per hour the mower is being used. If the number of hours is represented by "h", which algebraic expression represents the overall rate for "h" hours of mower rental?

12h

12 + h

14h

12 + 2h

Question 18 (Multiple Choice Worth 4 points)

[1.03] Evaluate the following expression using the values given.
Find 4x − 2y − z, if x = 2, y = 3, and z = −6

−2

8

6

−6

Question 19 (Multiple Choice Worth 4 points)

[1.02]

Evaluate: [(30 + 6) − 3.exponent2] ÷ 9 • 2

6.6

6

1.5

34

Question 20 (Multiple Choice Worth 4 points)

[1.06]

Select the verbal phrase that corresponds with the given expression.

5(x – y)

The difference of x and y to the fifth power

Five times the quantity y less than x

Five times x minus y

x minus five times y

Question 21 (Multiple Choice Worth 4 points)

[1.02]

Evaluate: 3.exponent2 + (7 − 2) • 4 − 6 over 3

24

54

27

28

Question 22 (Multiple Choice Worth 4 points)

[1.03] Jon and Lexi are playing a marble game. According to their rules, 4 points are awarded for each red marble collected and 2 points are awarded for each blue marble collected. Which expression represents Jon's total score if he has r red marbles and b blue marbles?

4r + 2b

4r − 2b

2r − 4b

6rb

Question 23 (Multiple Choice Worth 4 points)

[1.06]

Sarah decides to take her six year old son to the circus. The price for the child's ticket is 4.75 dollars less than the price for the adult's ticket. If you represent the price for the child's ticket using the variable "x", how would you write the algebraic expression for the adult's ticket price?

4.75x

x + 4.75

x over 4.75

x4.75

Question 24 (Multiple Choice Worth 4 points)

[1.01]