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Since the word between the inequalities is or,
we are looking for the union of the solution sets to the individual inequalities.
Solution Set: v≤2
Graph:
To solve the compound inequality, we have to solve each of the inequalities separately. Since the word between the individual inequalities is or,
the solution set for the compound inequality is the union of the individual solutions.
Inequalities can be solved in the same way as equations, by performing inverse operations on both sides until the variable is isolated. The only difference is that when you divide or multiply by a negative number, you must reverse the inequality sign.
This inequality tells us that all values less than or equal to -1 will satisfy the inequality.
Note that the point on -1 is closed because it is included in the solution set.
Now let's solve the second inequality by isolating the variable.
Divide by -3 and flip inequality sign
Calculate quotient
This inequality tells us that all values less than or equal to 2 will satisfy the inequality.
Note that the point on 2 is closed because it is included in the solution set.
The solution to the compound inequality is the combination of the solution sets. First Solution Set:& v≤ -1 Second Solution Set:& v≤2 Combined Solution Set:& v≤2 Finally, we will graph the solution set to the compound inequality. The union of these solution sets is v ≤ 2.