All GMAT Math Resources
Example Questions
Example Question #292 : Algebra
Solve for : .
To solve for , we need to isolate on one side of the equation:
Example Question #21 : Solving Linear Equations With One Unknown
Solve the following equation:
We start by grouping all of our like terms, so the terms with x are grouped on the left side and the constants are grouped on the right side:
Example Question #302 : Algebra
Solve for :
In order to solve for in , isolate on one side of the equation:
Example Question #303 : Algebra
Solve for :
In order to solve for , we need to isolate on one side of the equation:
Example Question #1381 : Problem Solving Questions
Solve for :
In order to solve for , isolate on one side of the equation and simplify:
Example Question #21 : Linear Equations, One Unknown
Given and , find the height of the line's -intercept.
The trick here is recognizing what you are given. In form, is equal to the -intercept. All we need to do is find . Find this by recognizing that means that the point is on this line. More simply, if we plug in 4 for and 26 for (or in other words, ), we can find .
So this:
becomes:
So, .
Example Question #306 : Algebra
Solve for :
In order to solve for , isolate on one side of the equation and simplify.
First, add 21 to both sides in order to get all constants on one side.
Then divide by 7 to solve for y.
Example Question #1382 : Problem Solving Questions
Solve for :
In order to solve the equation, isolate on one side of the equation.
To do this, first subtract 9 from both sides.
Then multiply both sides by 3 to move the three to the left hand side.
Lastly, divide by 2 on both sides to solve for z.
Example Question #308 : Algebra
Solve for :
To solve for a we need to isolate a on one side of the equation and all other numbers on the other side of the equation.
Inorder to do this we first subtract 8 from both sides.
Now, we divide by -4 to finish isolating a.
Example Question #309 : Algebra
Solve for .