Unit 2 Test Review

Solve the inequality. #29 on Test Review

• n ≥ 2.25

• n ≤ 2.25

• n > 25

• n < 2

Tags

CCSS.6.EE.B.8

Solve the inequality. Graph the solution, if possible. #30 on the Test Review

• s ≤ 14/3

• s ≥ 14/3

• s < 14/3

• s > 14/3

Tags

CCSS.6.EE.B.8

Solve the inequality. Graph the solution, if possible. #31

• No Solution

• x > 0

• x < 0

• All real numbers

Tags

CCSS.6.EE.B.8

Solve the inequality. Graph the solution, if possible. #35

• 2 ≤ z ≤ 6

• z < 2 or z > 6

• z ≥ 2 and z > 6

• z ≤ 2 or z ≥ 6

Solve the inequality. Graph the solution, if possible. #36

• p ≤ 2 or p > 3

• p < 2 and p ≥ 3

• p ≥ 2 or p < 3

• p > 2 and p ≤ 3

Jamal's kayak rental inequality: Equipment fee: $10 per group Kayak rental: $7 per kayak Life jacket fee: $4 per person (one per kayak) Total cost at or below $60 Let X = number of kayaks. What is the correct inequality for the total cost?

• 10+11x≤60

• 10+11x≥60

• 10+11x=60

Tags

CCSS.7.EE.B.4B

How many packs of juice boxes can you buy and still keep the desired amount? Select all that apply

• E. 16

• G. 18

• F. 17

• D. 15

• C. 14

Tags

CCSS.5.OA.B.3

5. A boat rental company charges a $60 base fee plus $30 per hour to rent a boat. You and your friends have no more than $390 to spend. Let h represent the number of hours the boat can be rented. What is the greatest number of hours your group can rent the boat without exceeding your $390 budget? Round to the nearest whole hour.

• A. The group can rent the boat for at least 11 hours.

• B. The group can rent the boat for at most 11 hours.

• C. The group can rent the boat for at least 5 hours.

• D. The group can rent the boat for at most 5 hours.

• F. 6

• B. -2

• C. 0

• D. 2

• E.4

. Determine the solution set for the inequality:

4(𝑥+3) – 6 ≤ 3(2x−1) + 2

• x ≥ 3.5

• x ≤ 5.3

• No Solution

• Infinite Solutions