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Unit 1 Study Guide

Unit 1 Study Guide

Assessment

Presentation

Mathematics

8th - 9th Grade

Medium

Created by

Kimberlee Joy

Used 1+ times

FREE Resource

7 Slides • 30 Questions

1

Unit 1 Study Guide

for Integrated Math 1 Students

2

Literal Equations​

Here is an example of using opposite operations to solve for a​

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3

Multiple Choice

IR = V
(solve for R) 
1
R = IV
2
R = I/V
3
R = V/I
4
R = V - I

4

Multiple Choice

ax + c = R
(solve for x) 
1
ax = R + c
2
ax = R - c
3
x = a(R-c)
4
x = (R-c) / a 

5

Multiple Choice

 u = bak \ u\ =\ bak\    Solve for  a

1

a=ubka=\frac{u}{bk}  

2

a = bkua\ =\ \frac{bk}{u}  

3

a = bkua\ =\ -\frac{bk}{u}  

4

a=ubka=-\frac{u}{bk}  

6

Multiple Choice

P=2l+2w P=2l+2w\                Solve for  ll  

1

l=2P4wl=2P-4w  

2

l=P2w2l=\frac{P-2w}{2}  

3

l=P2wl=P-2w  

4

a=ubka=-\frac{u}{bk}  

7

Proportions​

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8

Multiple Choice

Question image

Solve the proportion

1

x = -1/4

2

x = 1/3

3

x = -3/4

4

x = 3/4

9

Multiple Choice

Question image
Solve the proportion
1
x = 3
2
x = -3
3
x = 1
4
x = -1

10

Multiple Choice

Emily's original painting has a width of 3 inches and a height of 4 inches. She enlarged the size of the painting so that it has a width of 15 inches. What is the new height?


Which of these proportions correctly represents the situation?

1

3 in width4 in height=15 in widthx in height\frac{3\ in\ width}{4\ in\ height}=\frac{15\ in\ width}{x\ in\ height}

2

3 in width15 in height=4 in widthx in height\frac{3\ in\ width}{15\ in\ height}=\frac{4\ in\ width}{x\ in\ height}

3

3 in width5 in height=4 in width15 in height\frac{3\ in\ width}{5\ in\ height}=\frac{4\ in\ width}{15\ in\ height}

4

3 in width4 in height=x in height15 in width\frac{3\ in\ width}{4\ in\ height}=\frac{x\ in\ height}{15\ in\ width}

11

Multiple Choice

20 Fuji apples cost $12. How many Fuji apples can you buy for $3?


Select the proportion that represents the situation correctly.

1

20 apples12 dollars=x apples3 dollars\frac{20\ apples}{12\ dollars}=\frac{x\ apples}{3\ dollars}

2

20 apples3 dollars=x apples12 dollars\frac{20\ apples}{3\ dollars}=\frac{x\ apples}{12\ dollars}

3

12 dollars20 apples=x apples3 dollars\frac{12\ dollars}{20\ apples}=\frac{x\ apples}{3\ dollars}

4

3 dollars12 dollars=20 applesx apples\frac{3\ dollars}{12\ dollars}=\frac{20\ apples}{x\ apples}

12

Conversions​

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13

Multiple Choice

Question image

A football field is 120 yards long, including its end zones. How many feet long is that?

1

40 feet

2

300 feet

3

360 feet

4

3,600 feet

14

Multiple Choice

#15) Convert 45 miles per hour to feet per second.

1

66 ft/s

2

45 ft/s

3

30.6 ft/s

4

56.7 ft/s

15

Multiple Choice

#16) If an object can travel 26 centimeters per second, what is its speed in meters per minute?

1

18.7 m/min

2

43.3 m/min

3

15.6 m/min

4

21 m/min

16

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Solving Single Inequalities​

17

Multiple Choice

-4x + 14 ≤ 54
1
x ≥ - 10
2
x ≤ -10
3
x ≥ 10
4
x ≤ 10

18

Multiple Choice

Solve:
6x+10>5x-12
1
x>2
2
x<2
3
x<-22
4
x>-22

19

Multiple Choice

Solve:
3(x - 2) < 2(x + 9)
1
x<24
2
x>12
3
x<12
4
x>24

20

Multiple Choice

Question image
Which graph matches the inequality
-2 ≥ n?
1
A
2
B
3
C
4
D

21

Multiple Choice

5(x+2)5x+305\left(x+2\right)\le5x+30  

1

all real numbers

2

no solution 

22

Multiple Choice

2x3>2x+92x-3>2x+9  

1

all real numbers

2

no solution

23

Multiple Choice

A wager was placed on the DANCE COUPLE that they could not get an average score of at least a 7 out of 10 at the contest. 

The first 3 judges scored:  6.7, 6.8 and 6.8. 

What are the possible scores that the LAST JUDGE could give that would allow the couple to win the bet?

1

> 7.3

2

> 7.5

3

x > 7.7

4

x > 7.9

24

Solving Compound Inequalities​

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25

Multiple Choice

x + 8 < 3 or - 8x < -40 
1
x > -5 or x < 5
2
x < -5 and x > 5
3
x < -5 or x > 5 
4
x > -5 and x < 5 

26

Multiple Choice

−6 < 2t − 5 < 3

1

−0.5 < t < 4

2

0.5 < t < 4

3

−11/2 < t < 2

4

11/2 < t < −2

27

Multiple Choice

Which graph represents the inequality -5 ≤ x < 0 ?

1
2
3
4

28

Absolute Value Inequalities​

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29

Multiple Choice

| x - 2 | > 3
Is this an "and"  or an "or" problem?
1
and
2
or

30

Multiple Choice

| x + 3 | ≤ 2

1

No Solution

2

x ≤ -1

3

-5 ≤ x ≤ -1

4

1 ≤ x ≤ 5

31

Multiple Choice

| x + 3 | > 8
1
No Solution
2
All Real Numbers
3
x < -11  or  x > 5
4
-5 < x < 11

32

Multiple Choice

Question image
What is the correct first step?
1
divide by 10
2
multiply by 10
3
make it two inequalities with an "or"
4
make it two inequalities with and "and

33

Multiple Choice

Question image
1
no solution
2
a> -1/6 or a< -5/6
3
a>1/2 or a< -3/2
4
all real numbers

34

Multiple Choice

| 2w - 1 | < 11
1
No Solution
2
All Real Numbers
3
-5 < w < 6
4
-6 < w < 5

35

Multiple Choice

Question image
1
n > 1 or n < -7
2
n > -1 or n < -7
3
-7 < n < -1
4
no solution

36

Multiple Choice

Question image
Solve for n.
1
n ≥ 10 and n ≤ -6
2
n > 10 and n < -6
3
n ≥ 10 or n ≤ -6
4
n > 10 or n < -6

37

Multiple Choice

Question image
Solve for v.
1

 -6 < v ≤ -4

2

-6 < v < -4

3
v ≥ -6 or v ≤ -4
4
v > -6 or v < -4

Unit 1 Study Guide

for Integrated Math 1 Students

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