Expand 5(y + 2) using the distributive property

To expand 5(y + 2) using the distributive property, you need to multiply 5 by each term inside the parentheses.

5(y + 2) = 5 * y + 5 * 2

Simplifying this expression, you get:

5y + 10

To expand 2/5(−5c+10) using the distributive property, you need to multiply 2/5 by each term inside the parentheses.

2/5(−5c+10) = 2/5 * -5c + 2/5 * 10

Simplifying this expression, you get:

-2c + 4

To expand -7/6(3g+2) using the distributive property, you need to multiply -7/6 by each term inside the parentheses.

-7/6(3g+2) = -7/6 * 3g + -7/6 * 2

Simplifying this expression, you get:

-7/2g - 7/3

To expand -5(-3 - 11g) using the distributive property, you need to multiply -5 by each term inside the parentheses.

-5(-3 - 11g) = -5 * -3 - 5 * 11g

Simplifying this expression, you get:

15 + 55g

I apologize for the confusion in my previous response. Here is the correct expansion:

To expand 1/3(q−6) using the Distributive Property, you need to multiply 1/3 by each term inside the parentheses.

1/3(q−6) = 1/3 * q + 1/3 * -6

Simplifying this expression, you get:

1/3q - 2

Expand −5(−3 − 11g)

Expand 13(q−6) using the Distributive Property.

Expand 1/3(q−6) using the Distributive Property.

Expand n+q-r using the Distributive Property.

To expand n+q-r using the distributive property, you do not apply the distributive property since there are no parentheses or terms being multiplied.