Solving Two-Step Equations with the Distributive Property

This video tutorial by Mr. Stocks focuses on solving equations using the distributive property. It begins with an introduction to the concept, followed by detailed examples demonstrating how to apply the distributive property to solve equations. The video encourages viewers to try solving an equation independently and concludes with a recap of the key points. The tutorial emphasizes the importance of applying the distributive property to one side of the equation and using addition, subtraction, multiplication, and division to solve for the variable.

What property allows us to simplify expressions within parentheses by distributing multiplication over addition or subtraction?

• Commutative Property

• Identity Property

• Associative Property

• Distributive Property

When applying the distributive property, do we need to perform it on both sides of the equation?

• It depends on the equation

• No, only on the left side

• Yes, on both sides

• No, only on the right side

After distributing, what is the next step in solving the equation?

• Multiply both sides by the coefficient

• None of the above

• Add or subtract to isolate the variable term

• Divide both sides by the coefficient

What is the result of dividing both sides of the equation by the coefficient of the variable?

• The variable is eliminated

• The variable is isolated

• The equation remains unchanged

• The equation becomes undefined

In the second example, what operation is performed after applying the distributive property?

• Division

• Subtraction

• Addition

• Multiplication

What is the final step in solving the equations discussed in the video?

• Checking the solution in the original equation

• Undoing multiplication or division

• Undoing addition or subtraction

• Applying the distributive property again

For the practice problem, what is the first step according to the video?

• Apply the distributive property

• Solve for the variable directly

• Substitute known values

• Graph the equation

What does the practice problem solution demonstrate?

• The importance of checking your work

• The necessity of the distributive property

• Both A and B

• None of the above

How do you check if your solution to the equation is correct?

• By solving a different equation

• By substituting the solution back into the original equation

• By applying the distributive property again

• None of the above

What is emphasized as important when solving equations with the distributive property?

• Always use the distributive property on both sides

• Only use the distributive property on one side

• Checking your solution in the original equation

• Ignoring the distributive property