To solve for  we must get all of the numbers on the other side of the equation of .

When solving a simple two-step equation we must remove the numbers that are interacting with  in this order: Addition/Subtraction, Multiplication/Division, Exponents.

To do this in a problem where  is being multiplied by a number, we must divide both sides of the equation by the number.

In this case the number is  so we divide each side of the equation by  to make it look like this 

Our new problem will look like this .

We then must solve the exponential equation.

To solve an equation with  we must take the square root of each side of the equation to get  by itself.

Doing this makes our problem look like 

Then we perform the square root to get the answer 

Remember that  can also equal  so our answer will be both positive and negative.

The final answer looks like .

We need ot work to isolate the variable using inverse operations.

Subtract  from both sides.

Divide each side by .

To solve , start by simplifying the right side.

Now isolate . This means we need to subtract  from both sides.

To solve for X, we must isolate X on one side of the equation.  In this case, we do this by subtracting 3X and adding 11 to both sides.

We now have isolated X on one side of the equation, so we need only to reduce 3X to 1X.  We can do this by dividing both sides by 3:

To solve for , we need to isolate our variable. That means that we want ONLY the  on the left side of the equation. But first, we need to combine our like terms on the right side.

Add  to both sides.

To perform a two-step algebra problem with addition and multiplication we must remove the numbers from  so it is by itself on one side of the equation.

To do this we first look to see if a number is being added or subtracted from .

In this case a number is being added so we must subtract the number, , from each side of the equation 

Perform the math so our equation becomes

Then we divide each side of the equation by the number that is in front of , , to get  by itself 

Perform the math to find the answer 

To perform a two-step algebra problem with addition and division we must remove the numbers from  so it is by itself on one side of the equation.

To do this we first look to see if a number is being added or subtracted from .

In this case a number is being subtracted so we must add the number,  , to each side of the equation 

Perform the math so our equation becomes

Then we multiply each side of the equation by the number that is under  to get  by itself 

Perform the math to find the answer 

The problem above is a two-step algebra problem with distribution.

To solve you must first distribute the  outside of the parentheses into both of the numbers inside by multiplying.

Remember when you distribute a negative that both of the numbers inside the parentheses are being multiplied by a negative number so they must flip signs.

Our problem now looks like 

Then we must get our variable, , by itself.

We must subtract the number,  , from each side of the equation 

Perform the math so our equation looks like 

Then we divide each side of the equation by the number that is in front of  to get  by itself 

Solve the math to find the answer 

When there are variables and numbers on each side of the equation, to solve we must mathematically move the variables onto one side and the numbers onto the other.

To do this we put all of the variables on the right side of the equal sign by subtracting  from the right and left side of the equation to have 

When adding or subtracting variables you only add or subtract the numbers in front of the variables. If there is no number the number value is .

Perform the math 

Then to get all of the integers to the left side we will subtract  from the right and left side of the equation to have

Perform the math 

At this point we must divide each side of the equation by the number that is in front of  to get  by itself 

Perform the math to find the answer 

The answer is .

To perform a two step algebra problem with addition and multiplication we must remove the numbers from  so it is by itself on one side of the equation.

To do this we first look to see if a number is being added or subtracted from .

In this case a number is being added so we must subtract the number, , from each side of the equation

Perform the math so our equation looks becomes

Then we divide each side of the equation by the number that is in front of , , to get  by itself 

Perform the math to find the answer