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# Inequalities Questions - All Grades

You can create printable tests and worksheets from these Inequalities questions! Select one or more questions using the checkboxes above each question. Then click the add selected questions to a test button before moving to another page.

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Solve: $x-3<=4$
1. $x>7$
2. $x<=\frac{3}{4}$
3. $x<=12$
4. $x<=7$
solve
$2x + 6 <= -4$
1. $x <= 1$
2. $x <= 10$
3. $x <= -10$
4. $x >= -10$
Destiny wanted the temperature to be no more than 75 degrees. Which inequality shows that?
1. $t < 75$
2. $t <= 75$
3. $t>=75$
4. $t= 75$
Solve the inequality $–3x + 8 < 11$.
1. $x<1$
2. $x<-1$
3. $x>-1$
4. $x>1$
The game's duration is at most 3 hours.
1. d $<=$ 3
2. d $>=$ 3
3. d < 3
4. d > 3
$5x > 85$
1. 80
2. 20
3. 17
4. 16
Solve: $-4x+2<6$
1. $x>1$
2. $x<1$
3. $x>4$
4. $x<-4$
-51 $<= x + 38$
1. x $<=$13
2. x$<=89$
3. $x>= -89$
4. $x>= -13$
Sam can spend no more than \$10 at the store.
1. $d> 10$
2. $d>=10$
3. $d<10$
4. $d<=10$
The maximum number of people the theater can hold is 325.
1. $p> 325$
2. $p>=325$
3. $p<325$
4. $p<=325$
Which represents the value of x in $6 - 4x <= 26$?
1. $x <= -8$
2. $x >= -8$
3. $x <= -5$
4. $x >= -5$
1. $n> 80$
2. $n>=80$
3. $n<80$
4. $n<=80$
The temperature was above $65deg$.
1. $t > 65$
2. $t>=65$
3. $t<65$
4. $t<=65$