All GED Math Resources
Example Questions
Example Question #75 : Solving For The Variable
Evaluate .
Solve this equation for by isolating the on the left side of the equation. This can be done by first,multiplying 5 by each expression within the parentheses:
Subtract from both sides:
Collect like terms by subtracting coefficients of :
Subtract 15 from both sides:
Divide both sides by 3:
,
the correct response.
Example Question #124 : Algebra
Solve for .
Start by subtracting both sides by .
Square both sides of the equation to get rid of the square root.
Add to both sides.
Divide both sides of the equation by .
Example Question #125 : Algebra
What is the value of in the equation ?
Start by adding to both sides.
Square both sides of the equation to get rid of the square root.
Subtract from both sides.
Divide both sides by .
Example Question #124 : Algebra
Rearrange the following equation so that it is solved for "b"
Rearrange the following equation so that it is solved for "b"
This problem may look intimidating, but don't be overwhelmed! Read the problem carefully, all we need to do is get the b all by itself.
To do this, let's first multiply both sides by 4x.
Next, we simply need to divide both sides by 3 to get the b all by itself.
One last thing, we can simplify the denominator and get rid of our three by dividing a three out of the 12 and the 6.
This yields:
Example Question #681 : Ged Math
Solve for x
Starting with
We must get rid of the fraction by multiplying both sides by (2x-1)
The terms cancel on the right, and we must distribute on the left
Simplify
Subtract x from both sides to get the variables all on one side
combine like terms
Now add 3 to both sides to get the term with the variable by itself
Simplify
And finally, divide both side by 5 to get the variable all by itself
Example Question #681 : Ged Math
Solve:
Subtract the 8 from the left and add (subtract) from the right:
Simplify:
Divide by 10:
Simplify:
Example Question #82 : Solving For The Variable
Solve:
Step 1: Move the constant from the left to the right:
Step 2: Simplify:
Step 3: Divide by the coefficient on the left hand side to both sides of the equation:
Simplify:
Step 4: Take the square root of both sides:
Simplify:
Example Question #682 : Ged Math
Which of the following phrases can be written as the algebraic expression ?
The absolute value of a number decreased by twenty-four
The opposite of the difference of a number and twenty-four
Twenty-four decreased by the absolute value of a number
Twenty-four decreased by the opposite of a number
Twenty-four decreased by the absolute value of a number
is twenty-four decreased by , which is the absolute value of a number, so is "twenty-four decreased by the absolute value of a number."
Example Question #1 : Word Problems In Algebra
Which of the following phrases can be written as the algebraic expression ?
The absolute value of the difference of a number and fifty-four
The opposite of the product of a number and negative fifty-four
The absolute value of the product of a number and negative fifty-four
The opposite of the difference of a number and fifty-four
The absolute value of the difference of a number and fifty-four
is the absolute value of , which is the difference of a number and fifty-four; therefore, is "the absolute value of the difference of a number and fifty-four."
Example Question #3 : Word Problems In Algebra
Which of the following phrases can be written as the algebraic expression ?
The square of the difference of three and a number
Three decreased by the square of a number
The square of the difference of a number and three
The square of a number decreased by three
Three decreased by the square of a number
is three decreased by , which is the square of a number; therefore, is three decreased by the square of a number.