Writing
True/false statements
Graphing
Two-Step Inequalities
Compound Inequalities
100

A number x is greater than 12 or less than or equal to -4

x > 12   OR   x ≤ -4

100

Is the statement true

2X > 3

X = -3

False

100

x < -2  OR x > 2

open circles at -2 and 2; shade w/ arrows going out

100

4x + 3 < 7

What is: 

x < 1

100

4 < f + 6 < 5

What is: 

-2 < f < -1

200

A number m fails to reach -10 or exceeds 25.

m < -10   OR.   m > 25

200

Is the statement true?

-2K + 30 > -10

K = -20

False

200

-1 < x < 2

open circles at -1 and 2; shade between

200

2x - 5 > - 11

What is: 

x > -3

200

p - 2< -2 OR p - 2 > 1

p < 0 OR p > 3

300

A number n is no more than 3 or at least 7

  n ≤ 3  OR   n ≥  7

300

We use an open circle to represent the inequalities < and > ?


True

300

 x < -3 or x ≥  1 

open circle at -3, closed circle at 1; shade w/arrows going out

300

-9x + 1 > -71

What is: 

x < 8

300

-3p + 1 < -11   OR   p + 4 < 6

p > 4 OR p < 2

400

A outdoor temperature t is under 32 degrees or no less than 90 degrees. 

t < 32   OR.   t ≥ 90

400

If graphing 5>x, we would put an open circle on 5 and shade to the right.

False. 

400

x  ≥ -4 and  x < -1

closed circle at -4, open circle at -1; shade between; AND

400

v/3 + 14 < 30

v < 48

400

8 < 4d + 12 < 32

-1 < d < 5


500

A number  x ranges from 15 to 30, inclusive.


15 ≤   x   ≤ 30


500

x = 4 is a solution to the inequality 3x - 7 > 2

TRUE

substitute in 4 for x:

3(4) - 7 > 2

5>2 TRUE

500

*challenge/not typical*

x > 2 or  x ≥ 0

closed at 0; shade right

500

11 < 2 - 3x

x < -3


500

-12  < -3x + 6 < -6

4 < x < 6

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