To solve this equation, you need to get g alone on one side, and a constant on the other side. On the left, the g term is inside of parentheses. What move can you make to rewrite the left side of this equation without parentheses, so that it’s easier to work with?
9−4(g+1)
=
2g−7

Use the distributive property to multiply -4 and (g + 1)

Divide (g + 1) by -4

Subtract 9 minus 4, then multiply the result by (g + 1)

To rewrite the left side of the equation \( 9 - 4(g + 1) = 2g - 7 \) without parentheses, you should **use the distributive property to multiply -4 and \( (g + 1) \)**. 

Here's how it works:
- Distribute the \(-4\) to both terms inside the parentheses:
\[
9 - 4(g + 1) = 9 - 4g - 4
\]
- Simplify the expression on the left side:
\[
9 - 4g - 4 = 5 - 4g
\]

Now, the equation becomes:
\[
5 - 4g = 2g - 7
\]

From here, you can proceed to solve for \( g \).

Would you like me to continue with the solution, or do you have any other questions?

### Related Questions:
1. How do you isolate \( g \) after distributing the terms?
2. What happens when you move all \( g \)-terms to one side of the equation?
3. How do you solve for \( g \) when you have terms involving \( g \) on both sides?
4. How can you check if your solution for \( g \) is correct?
5. What is the inverse operation of distributing?

**Tip**: When distributing a negative number, remember that both terms inside the parentheses will change their signs.

To solve this equation, you need to get g alone on one side, and a constant on the other side. On the left, the g term is inside of parentheses. What move can you make to rewrite the left side of this equation without parentheses, so that it’s easier to work with? 9−4(g+1) = 2g−7

Discover how to solve the equation 9−4(g+1) = 2g−7 by using the distributive property. This step-by-step guide covers essential algebra concepts such as distributing negative numbers and isolating variables. Ideal for students in Grades 6-8.

Math Problem Statement

To solve this equation, you need to get g alone on one side, and a constant on the other side. On the left, the g term is inside of parentheses. What move can you make to rewrite the left side of this equation without parentheses, so that it’s easier to work with? 9−4(g+1)

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