Question
Add 10 to both sides to get rid of −10, so that 10g is alone on the left side of the equation.
5g − 10
=
−5g − 6
+
5g
+
5g
10g − 10
=
−6
+
10
+
10
=
5g − 10
=
−5g − 6
+
5g
+
5g
10g − 10
=
−6
+
10
+
10
=
Answers
GPT-4o mini
Let's start with the equation you provided and follow the steps to isolate \( 10g \).
The equation is:
\[
5g - 10 = -5g - 6
\]
### Step 1: Add 10 to both sides
\[
(5g - 10) + 10 = (-5g - 6) + 10
\]
This simplifies to:
\[
5g = -5g + 4
\]
### Step 2: Add \( 5g \) to both sides
\[
5g + 5g = -5g + 4 + 5g
\]
This simplifies to:
\[
10g = 4
\]
So,
\[
10g = 4
\]
If you're looking for the final numerical value, you have successfully isolated \( 10g \) and can conclude that:
\[
10g = 4
\]
So the final answer is \( 4 \).
The equation is:
\[
5g - 10 = -5g - 6
\]
### Step 1: Add 10 to both sides
\[
(5g - 10) + 10 = (-5g - 6) + 10
\]
This simplifies to:
\[
5g = -5g + 4
\]
### Step 2: Add \( 5g \) to both sides
\[
5g + 5g = -5g + 4 + 5g
\]
This simplifies to:
\[
10g = 4
\]
So,
\[
10g = 4
\]
If you're looking for the final numerical value, you have successfully isolated \( 10g \) and can conclude that:
\[
10g = 4
\]
So the final answer is \( 4 \).