All SAT II Math I Resources
Example Questions
Example Question #41 : Solving Equations
Solve for .
Take the square root on both sides. Remember to account for a negative square root.
We will treat as two different equations.
Subtract on both sides. When adding another negative number, we treat as a sum and add a minus sign in the end.
Subtract on both sides. Since is greater than and is negative, our answer is negative. We treat as a subtraction problem.
Example Question #42 : Solving Equations
Solve for .
Let's subtract on both sides. It will be easier to square both sides to get rid of the radical.
This is recognition of a quadratic equation.
We need to find two terms that multiply to the c term but add up to the b term.
Solve individually for zero.
Add on both sides.
Add on both sides.
We need to check our answers.
If , then
If , then
Clearly, doesn't work so our final answer is .
Example Question #41 : Solving Equations
Solve for .
This is a one step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Subtract on both sides. Since is greater than and is negative, our answer is negative.
We treat as a subtraction problem.
Example Question #44 : Solving Equations
Solve for .
This is a two step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Subtract on both sides.
Multiply on both sides.
Example Question #45 : Solving Equations
Solve for .
This is a one step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Add on both sides.
Example Question #51 : Single Variable Algebra
Solve for .
This is a two step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Add on both sides.
Multiply on both sides.
Example Question #55 : Single Variable Algebra
Solve for .
This is a one step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Divide on both sides.
When dividing with a negative number, our answer is negative.
Example Question #56 : Single Variable Algebra
Solve for .
This is a two step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Add on both sides.
Divide on both sides.
Example Question #57 : Single Variable Algebra
Solve for .
This is a one step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Multiply on both sides.
When multiplying with another negative number, our answer is positive.
Example Question #52 : Single Variable Algebra
Solve for .
This is a one step, one variable problem. This means we want to isolate x on one side of the equation with all other constants on the other side. To do this perform the opposite operation to manipulate the equation
Multiply on both sides.
When multiplying with another negative number, our answer is positive.
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