All Pre-Algebra Resources
Example Questions
Example Question #53 : One Step Equations
Solve for :
To solve this equation, we must isolate on the left side by multiplying each side by , as follows:
Therefore, the correct answer is .
Example Question #53 : One Step Equations
Solve for x in the following equation.
When solving for x, we want x to be alone. Therefore, in the equation
we add 12 to both sides.
Example Question #57 : Evaluate Expressions: Ccss.Math.Content.6.Ee.A.2c
Solve:
To solve for , we must isolate it to one side of the equation, as follows:
Example Question #281 : Expressions & Equations
Find the solution for the variable m.
In order to find the solution we must isolate the variable m. The first step is to subtract 346 from both sides as follows:
We can check the answer by plugging in our solution of 765 into the original equation.
It works.
Example Question #61 : One Step Equations
Solve for :
Example Question #1 : One Step Equations With Fractions
Solve for :
Isolate the variable to one side.
Multiply each side by :
Simplify and reduce:
Example Question #2 : One Step Equations With Fractions
Solve for :
Step 1: Multiply both sides of the equation by the fraction's reciprocal to get alone on one side:
Step 2: Multiply:
Example Question #3 : One Step Equations With Fractions
Solve for :
The goal is to isolate the variable on one side.
The opposite operation of division is multiplication, therefore , multiply each side by :
The left hand side can be reduced by recalling that anything divided by itself is equal to 1:
The identity law of multiplication takes effect and we get the solution as:
Example Question #1 : One Step Equations With Fractions
Solve for :
The goal is to isolate the variable on one side.
The opposite operation of multiplication is division, therefore, we can either divide each side by or multiply each side by its reciprocal :
The left hand side can be reduced by recalling that anything multiplying a fraction by its reciprocal is equal to 1:
The identity law of multiplication takes effect and we get the solution as:
However, this solution can be reduced by dividing both the numerator and denominator by 3:
Example Question #1 : One Step Equations With Fractions
Solve for :
The goal is to isolate the variable on one side.
The opposite operation of addition is subtraction so subtract from each side:
In order to complete the subtraction on the right hand side, we must first determine the common denominator, or common multiples of 3 and 6. The least common multiple of 3 and 6 is 6 itself.
Simplifying, we get the final solution:
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