Solving Equations Using the Distributive Property

The video tutorial covers solving equations using the distributive property. It begins with an introduction to the topic, emphasizing the importance of organizing notes and understanding the learning target. The tutorial then provides two detailed examples of solving equations, demonstrating the use of distribution, combining like terms, and isolating variables. The instructor guides students through each step, ensuring clarity and understanding. The video concludes with a reminder to provide feedback if any questions arise.

What should you add to your notes to keep them organized?

• A list of homework assignments

• A summary of the previous lesson

• The teacher's name

• Today's date and page number

What is the first step in solving an equation using the distributive property?

• Moving all variables to one side

• Distributing the value outside the parentheses

• Combining like terms

• Boxing the variable

In Example 1, what is the result of distributing -5 to 3x?

• -15x

• 15x

• -5x

• 5x

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

• Dividing both sides by the coefficient

• Isolating the variable

• Combining like terms

• Adding constants

What is the final answer for x in Example 1?

• 11

• -11

• 16

• -16

In Example 2, what value is distributed to the terms inside the parentheses?

• -1

• 1

• -6

• 6

What is the result of combining 17 and -3 in Example 2?

• 14

• -14

• 20

• -20

What is the final value of x in Example 2?

• -6

• 5

• -5

• 6

What should you do if the question does not pop up at the end of the video?

• Ask a friend for the answer

• Restart the video

• Ignore it

• Write a comment or feedback

What is the purpose of boxing the variable in the final step?

• To isolate it

• To highlight it

• To distribute it

• To combine it with other terms