Subtracting Integers
Adding Integers
Multiplying Integers
Dividing Integers
Slope Dude
True or False
Random
100

Subtract the integers

7 - 10

What is -3?

100

Add the integers 

6+(-4)

 2

100

Multiply the integers

-3 x 2

 -6

100

Divide the integers

-15 ÷ 3

 -5

100

Show me what x=5 would look like with your arm.

|

100

-2 + 4 = 6

False. -2 + 4 = 2

100

What is the best subject to learn about?

MATH! 

200

Subtract the integers

-5 - 7

What is -12?

200

Add the integers

-3+2

-1

200

Multiply the integers

3 x -6 

-18

200

Divide the integers

-28 ÷ 7

-4

200

Show me what y=-2 would look like with your arm.

---

200

If the slope of a line is -1/2, that means we go down 1 and over 2 to the left

FALSE. We always go to the RIGHT first. We go backwards (up and over to the left) if we run out of room on the coordinate plane.

200

What is Ms. R's nephew's name?

Louis and/or Louie

300

Subtract the integers

6- (-4)

What is 10?

300

Add the integers

-5+ (-6)

-11

300

-7 x -7

 49

300

Divide the integers

-48 ÷ -6

8

300

What is the slope of the following linear equation:

y=2x+3

m = 2

300

If x + y = 15 and x = -9, y must equal 24.

True.

300

What's happening on June 2nd at 1:30pm?

Summer Vacation 😎

400

Subtract the integers

-9 - 4

What is -13?

400

Add the integers

-12 + (-4) + (-3)

-19

400

-7 x -6

42

400

Divide the integers

-84 ÷ -7

12

400

What is the slope of the following linear equation:

y=-x+6

m = -1

400
If y=-7 and x=-2, then the ordered pair is (-7,-2).

False. Ordered pairs are always (x,y).

400

What year did Ms. R start teaching?

2018

500

Subtract the integers

(-6) - 2

What is -8

500

Add the integers

-20 + 3

-17

500

Multiply the integers

 -7 x -7

49

500

Divide the integers

-56 ÷ 7

 -8

500

What is the slope of the following equation?

2x - 5y = 10

m = 2/5

500

The following set of ordered pairs is a function: 

{(1,2),(2,3),(-4,4),(5,-2),(-3,2)}

True. All x's (inputs) have exactly one y (output).

500

When is Ms. R's birthday? 

October 4th

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