Unit 6 - Lesson 06 - Linear Inequalities

Last updated over 3 years ago

21 questions

A.5.d

A.5.c

Unit 6 - Lesson 06 - Linear Inequalities

Last updated over 3 years ago

21 questions

Tell whether the ordered pair is a solution of the inequality:

Question 1

Yes

No

A.5.d

Question 2

Yes

No

A.5.d

Question 3

Yes

No

A.5.d

Question 4

Yes

No

A.5.d

Question 5

Yes

No

A.5.d

Question 6

Yes

No

A.5.d

Graph the inequality:

Question 7

A.5.d

Question 8

A.5.d

Question 9

A.5.d

Question 10

10.

A.5.d

Question 11

11.

A.5.d

Question 12

12.

A.5.d

Question 13

13.

A.5.d

Write an inequality of the graph shown.  You may use slope-intercept form, point-slope form, or standard form.

Question 14

14.

A.5.d

Question 15

15.

A.5.d

Question 16

16.

A.5.d

Question 17

17.

Select all the points below that are in the solution to the inequality graphed:

(0, 4)

(2, -2)

(0, 0)

A.5.d

Question 18

18.

Select all the points below that are in the solution to the inequality graphed:

(-2, -1)

(-3, -1)

(-1, -3)

A.5.d

You are going clothes shopping and can spend at most $130 on clothes.  It costs $30 for a pair of pants and $22 for a shirt.  Let x represent the number of pairs of pants you can buy.  Let y represent the number of shirts you can buy.

Question 19

19.

Write an inequality (in standard form) that describes the different number of shirts and pants you can buy.

A.5.c

Question 20

20.

Graph your inequality here:

A.5.c

Question 21

21.

Give three possible combinations of pants and shirts you can buy.

A.5.c

Tell whether the ordered pair is a solution of the inequality:

Question 1

Yes

No

Question 2

Yes

No

Question 3

Yes

No

Question 4

Yes

No

Question 5

Yes

No

Question 6

Yes

No

Graph the inequality:

Question 7

Question 8

Question 9

Question 10

10.

Question 11

11.

Question 12

12.

Question 13

13.

Write an inequality of the graph shown.  You may use slope-intercept form, point-slope form, or standard form.

Question 14

14.

Question 15

15.

Question 16

16.

Question 17

17.

Select all the points below that are in the solution to the inequality graphed:

(0, 4)

(2, -2)

(0, 0)

(4, 5)

Question 18

18.

Select all the points below that are in the solution to the inequality graphed:

(-2, -1)

(-3, -1)

(-1, -3)

(-4, 3)

You are going clothes shopping and can spend at most $130 on clothes.  It costs $30 for a pair of pants and $22 for a shirt.  Let x represent the number of pairs of pants you can buy.  Let y represent the number of shirts you can buy.

Question 19

19.

Write an inequality (in standard form) that describes the different number of shirts and pants you can buy.

Question 20

20.

Graph your inequality here:

Question 21

21.

Give three possible combinations of pants and shirts you can buy.

(4, 5)

(-4, 3)