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1-7 Practice

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Last updated almost 3 years ago
31 questions
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Question 26
26.

Write an equation to represent the relationship between the step number, n, and the number of small squares, y.

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Question 27
27.

How do you know the relationship is quadratic?

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Question 31
31.

Which graph could represent the distance fallen, in feet, as a function of time in seconds?

Question 1
1.

How many tickets sold at $5 each?

Question 2
2.

Revenue when tickets are $10 each?

Question 3
3.

How many tickets sold at $15 each?

Question 4
4.

Revenue when tickets are $20 each?

Question 5
5.

How many tickets sold at $30 each?

Question 6
6.

Revenue when tickets are $45 each?

Question 7
7.

How many tickets sold at $50 each?

Question 8
8.

How many tickets sold at $p each?

Question 9
9.

Revenue when tickets are p each?

Question 10
10.

For which ticket prices will the theater earn no revenue?

Question 11
11.

Which ticket cost will earn the theater at least $3200 in revenue? (Select all that apply).

Question 12
12.

Write an expression that represents the revenue in dollars from selling running shoes if a pair of shoes is priced at p dollars.

Question 13
13.

How many tickets sold at $5 each?

Question 14
14.

Revenue when tickets are $10 each?

Question 15
15.

How many tickets sold at $15 each?

Question 16
16.

Revenue when tickets are $20 each?

Question 17
17.

How many tickets sold at $30 each?

Question 18
18.

Revenue when tickets are $45 each?

Question 19
19.

How many tickets sold at $50 each?

Question 20
20.

How many tickets sold at $p each?

Question 21
21.

Revenue when tickets are p each?

Question 22
22.

For which ticket prices will the theater earn no revenue?

Question 23
23.

Which ticket cost will earn the theater at least $3200 in revenue? (Select all that apply).

Question 24
24.

Write an expression that represents the revenue in dollars from selling running shoes if a pair of shoes is priced at p dollars.

Question 25
25.

Select all the statements that describe this situation.

Question 28
28.

How many seconds does it take for the marshmallow reach its maximum height?

Question 29
29.

How many seconds does it take for the marshmallow to hit the ground? (Round to the nearest tenth.)

Question 30
30.

What domain makes sense for the function h in this situation?