Try the following SAT math question that deals with algebraically dividing expressions.

Which of the following is equivalent to $\dfrac{x^2-2x-3}{x+2}$ ?

1. $\quad x \, -\, \dfrac{3}{x+2}$
2. $\quad x \,- \, \dfrac{7}{x+2}$
3. $\quad x \, – 4 \, + \dfrac{5}{x+2}$
4. $\quad x + 4 \; – \; \dfrac{11}{x+2}$

 
Try the following SAT math question that deals with scaling and unit conversions.

On a drawing done to scale, $\dfrac{1}{4}$ inch represents 5 feet. Which of the following is closest to the actual length of an object in meters that has a length of $\dfrac{7}{8}$ inch on the drawing? (Note: 1 meter = 3.28 feet)

1. $\quad 5.33$
2. $\quad 6.97$
3. $\quad 57.4$
4. $\quad 75$

 
Try the following SAT math question that deals with manipulating function expressions.

If $f(x)=x^2-x-1$, then $f(x+h)-f(x)$ equals

1. $\quad h^2 – h$
2. $\quad h(2x+h-1)$
3. $\quad 2xh-x-1$
4. $\quad 2xh+x-1$

 
Try the following SAT math question for the Revised SAT that deals with equation of circles in the coordinate plane and how to manipulate it to obtain the radius of the circle.

The equation of a circle in the $xy$-plane is shown below. What is the radius of the circle?
$$ 36x^2+36y^2-24x-36y=131 $$

1. $\quad \dfrac{1}{2}$
2. $\quad 1$
3. $\quad 2$
4. $\quad 4$

 
Try the following SAT math question for the Revised SAT on domain of functions.

What is the domain of the function $f$, defined as $f(x)=\dfrac{x}{1+x^2}$ ?

1. $\quad x \geq 0 $
2. $\quad -1 \leq x \leq 1$
3. $\quad \textrm{All real numbers}$
4. $\quad \textrm{All real numbers except $-1$}$