WorksheetsSolving Multi-Step Inequalities
Total questions: 13
Worksheet time: 54mins
3n−7≤56
n≤16.333...
n≤21
n≥63
n≥−14
−3n−7≤56
n≤−16.333...
n≤21
n≥−21
n≤−14
TRUE or FALSE:
When solving an inequality, you leave the inequality symbol the same even if you divide by a negative coefficient to isolate the variable.
TRUE
FALSE
There is not enough information to determine this.
Annalise solved an inequality in class and got an answer of x≥−13. Which subset of numbers below shows some of the many possible solutions to the problem she solved?
{−344, −221, −7.25, 7.25}
{−451, −217, 0, 8.15}
{−571, −223, 0, 23}
−10m+2<−18
m<2
m<1.6
m>2
m>1.6
4(2x−1)>−7+2x
x<−2
x<−21
x>−2
x>−21
4(y+4)≤16
y≤0
No Solution
y≤2
2(2x+13)≥4(−6+x)
x≥−6.25
All Real Numbers
No Solution
x≤0
2h+11>−7+4h−16
h<17
h<6
h>−17
h>−6
What is the FIRST step to solving this inequality?
−4(x−9)+2x≥−27
Subtract 2x on both sides
Distribute: multiply -4 by x and by -9
Add x to 2x
Add 9 to both sides
In which inequality below will you have to flip the inequality symbol in your answer to get the correct solution set?
−3 +x ≤18
x−11>−20
2x≥−30
−5x>10
The first step in solving this inequality is to use the distributive property.
4(n−8)>−26
The first step in solving this inequality is to combine like terms.
9(n+1)≤−26+n
