Combining like terms with distributive property in two expressions

The video tutorial explains how to simplify expressions by combining like terms using the distributive property. It begins with an introduction to the concept of like terms and the need for simplification. The tutorial then demonstrates the use of the distributive property to simplify an expression, followed by combining like terms to reach the final simplified expression.

What is the first step in simplifying an expression using the distributive property?

• Add all the constants together

• Combine all like terms first

• Factor out the greatest common factor

• Distribute the numbers outside the parentheses to each term inside

When combining like terms, which of the following can be combined?

• Constants with variables

• X's with Y's

• Y's with constants

• X's with X's

How should terms be rearranged to make combining like terms easier?

• By placing the largest coefficients first

• By placing constants at the beginning

• By grouping similar variables together

• By arranging terms in alphabetical order

In the example given, what does the variable X represent?

• An unknown quantity, metaphorically represented as apples

• A coefficient

• A specific number

• A constant value

What is the final simplified expression in the example provided?

• 28 apples - 16 oranges

• 28X - 16Y

• 4X + 24X - 36Y + 16Y

• 4X - 36Y + 24X + 61