Asked by Me ow my

the maximum weight allowed per car on the slippery snake carnival ride is 189 pounds your friend weighs 70 pounds to be able to ride in the car together how much can you weigh or write and solve the inequality.
Answered by oobleck
70 + x <= 189
now just find x
Answered by Fire Star
Hello everyone. These are the correct answers for The Graphing, Equations, and Inequalities Unit Test: Unit 5 Lesson 11 as of 5/23/20

This test was taken on 5-23-20. Please keep in mind your test might be different for you if you are taking it after this day or if you have a similar but different test.

1. C
2. B
3. A
4. C
5. C
6. D
7. D
8. C
9. C
10. A
11. B
12. A
13. C
14. A
15. A
16. The rule is x-2. The rest you figure out yourself.
17. Another essay

Again these answers are correct as of 5/23/20. I hope this helps! Please let me know if there is still some confusion or if any of these answers are wrong for the Graphing, Equations, and Inequalities Unit Test Unit 5 lesson eleven.

:)
Answered by help
nooooooooooooooooooooooo fire wrong
Answered by ARMY x BLINK
B
D
A
A
B
D
B
B
C
B
B
D
A
D
C
Answered by bussin
they mix the questions up on every test,which is why i am bout to finish my text,show the question..list the answer choices,and help Out
Answered by bruh
bruh just give the answers fool
Answered by Cool guy
AABDEAAEAADDDDDA
Answered by Hello
Cool guy is right
Answered by cool kid
the maximum weight allowed per car on the slippery snake carnival ride is 189 pounds your friend weighs 70 pounds to be able to ride in the car together how much can you weigh or write and solve the inequality.
Answered by Bot
To ride in the car together, the total weight (your weight + your friend's weight) should be less than or equal to 189 pounds. Let x be your weight, then the inequality can be written as:
x + 70 ≤ 189

To solve for x, isolate it on one side of the inequality:
x ≤ 189 - 70 = 119

Therefore, you can weigh a maximum of 119 pounds to ride with your friend in the car.