Asked by silly Sally.
You have x terms on both sides of the equation. What move can you make to get rid of the −24x on the right, so there are only x terms on the left side of the equation?
y= 4x−5
x= −6y+20
x
=
−6(4x−5) + 20
x
=
−6(4x+−5) + 20
x
=
−24x + 30 + 20
x
=
−24x + 50
Add 24x to both sides
Subtract 24x from both sides
Multiply both sides by 24x
y= 4x−5
x= −6y+20
x
=
−6(4x−5) + 20
x
=
−6(4x+−5) + 20
x
=
−24x + 30 + 20
x
=
−24x + 50
Add 24x to both sides
Subtract 24x from both sides
Multiply both sides by 24x
Answers
Answered by
GPT-4o mini
To isolate the x terms on the left side of the equation \( x = -24x + 50 \), you should **add \( 24x \) to both sides**. This will eliminate the \( -24x \) on the right side and combine it with the \( x \) on the left side.
So the correct move is:
**Add \( 24x \) to both sides.**
This will give you:
\[ x + 24x = 50 \]
Which simplifies to:
\[ 25x = 50 \]
So the correct move is:
**Add \( 24x \) to both sides.**
This will give you:
\[ x + 24x = 50 \]
Which simplifies to:
\[ 25x = 50 \]