Solving Inequalities: Adding and Subtracting Techniques

The video tutorial explains how to solve inequalities by adding and subtracting, similar to solving equations. It provides examples, such as solving n + 6 > 3 and P - 7 ≤ -3, and emphasizes checking solutions. Additionally, it includes a practical example involving sales targets to illustrate the application of inequalities in real-life scenarios.

What is the first step in solving the inequality 'n + 6 > 3'?

• Multiply both sides by 6

• Divide both sides by 6

• Subtract 6 from both sides

• Add 6 to both sides

After solving 'n + 6 > 3', what is the solution for 'n'?

• n < -3

• n < 3

• n > -3

• n > 3

How do you verify if a solution to an inequality is correct?

• By adding values

• By substituting possible values for the variable

• By multiplying the inequality

• By dividing the inequality

What operation is performed to both sides of the inequality 'P - 7 <= -3'?

• Multiplication by 7

• Subtraction of 7

• Division by 7

• Addition of 7

What is the solution for 'P' in the inequality 'P - 7 <= -3'?

• P <= -4

• P >= -4

• P >= 4

• P <= 4

In the sales target scenario, what is the initial amount sold?

• $70

• $100

• $30

• $130

What is the sales target for the week?

• $30

• $130

• $70

• $100

What does 'G' represent in the sales target scenario?

• Total games sold

• Profit from games sold

• Number of games sold

• Cost of games needed to sell

If the salesperson sells more than $100 worth of games, what is the reaction of the game store?

• Unhappy

• Neutral

• Happy

• Indifferent

How much more does the salesperson need to sell to meet the target?

• $30

• $100

• $130

• $70