### All SAT Math Resources

## Example Questions

### Example Question #2 : Exponents And The Distributive Property

If , which of the following could be the value of ?

**Possible Answers:**

**Correct answer:**

Take the square root of both sides.

Add 3 to both sides of each equation.

### Example Question #1161 : Algebra

Simplify:

**Possible Answers:**

**Correct answer:**

= *x*^{3}*y*^{3}*z*^{3} + *x*^{2}*y* + *x*^{0}*y*^{0} + *x*^{2}*y*

= *x*^{3}*y*^{3}*z*^{3} + *x*^{2}*y* + 1 + *x*^{2}*y*

= *x*^{3}*y*^{3}*z*^{3} + 2*x*^{2}*y* + 1

### Example Question #1161 : Algebra

Use the FOIL method to simplify the following expression:

**Possible Answers:**

**Correct answer:**

Use the FOIL method to simplify the following expression:

Step 1: Expand the expression.

Step 2: FOIL

First:

Outside:

Inside:

Last:

Step 2: Sum the products.

### Example Question #1 : Exponents And The Distributive Property

Square the binomial.

**Possible Answers:**

**Correct answer:**

We will need to FOIL.

First:

Inside:

Outside:

Last:

Sum all of the terms and simplify.

### Example Question #1161 : Algebra

Which of the following is equivalent to 4c(3d)^{3 }– 8c^{3}d + 2(cd)^{4}?

**Possible Answers:**

2(54d^{2 }– 4c^{2 }+ 2c^{3 }* d^{3})

cd(54c * d^{3 }– 4c^{3 }+ c^{2 }* d^{2})

None of the other answers

2cd(54d^{2} – 4c^{2 }+ c^{3 }* d^{3})

**Correct answer:**

2cd(54d^{2} – 4c^{2 }+ c^{3 }* d^{3})

First calculate each section to yield 4c(27d^{3}) – 8c^{3}d + 2c^{4}d^{4 }= 108cd^{3 }– 8c^{3}d + 2c^{4}d^{4}. Now let's factor out the greatest common factor of the three terms, 2cd, in order to get: 2cd(54d^{2 }– 4c^{2 }+ c^{3}d^{3}).