Try the following SAT math practice question (No Calculator) that tests your ability to simplify and manipulate arithmetic terms with roots and fractional exponents.

Which of the following is equivalent to $(\sqrt[3]{48})(\sqrt{54})$ ?

1. $\quad 6 \sqrt[6]{6^5}$
2. $\quad 6 \sqrt[5]{6^6}$
3. $\quad \sqrt[6]{6^{11}}$

1. $\quad \textrm{I only}$
2. $\quad \textrm{III only}$
3. $\quad \textrm{I and III only}$
4. $\quad \textrm{II and III only}$

 
Try the following SAT math practice question (No Calculator) that tests your understanding of factorization of algebraic expressions commonly tested on the SAT.

Question(No Calculator):

Which of the following expression is NOT a factor of $x^4 – 13x^2 + 36$ ?

1. $\quad x-2$
2. $\quad x-3$
3. $\quad x+3$
4. $\quad x+4$

 
Try the following SAT math practice question (No Calculator) that tests your understanding of factorization and algebraic identities.

Question(No Calculator):

Which of the following must be a factor of both $x^4-y^4$ and $x^3y – x y^3$ ?

1. $x + y$
2. $x^2 – y^2$
3. $(x-y)^2$

1. $\quad \textrm{II only}$
2. $\quad \textrm{I and II only}$
3. $\quad \textrm{I and III only}$
4. $\quad \textrm{I, II, and III}$

 
Try the following SAT math practice question (Calculator Permitted) that tests your understanding of circles in the coordinate plane.

Question(Calculator Permitted):

In the $xy-$plane, point $A$ has coordinates $(3, 3)$ and point $B$ has coordinates $(-3, 3)$. Which of the following points is on the circle with center $A$ and radius $\overline{AB}$?

1. $\quad (-9, 3)$
2. $\quad (-3, -3)$
3. $\quad (0, 3)$
4. $\quad (3, 9)$

 
Try the following SAT math practice question (Calculator Permitted) that tests your understanding of arithmetic sequences.

Question(Calculator Permitted):

Aaron is planning to save money every Sunday of the week to buy a car. He will save $\$100$ on the first Sunday of the year. Each Sunday after the first, he will save $\$40$ more than he saved on the preceding Sunday. Which of the following is an expression for the amount of dollars that Aaron would save on the $n$th Sunday of his savings effort?

1. $\quad 80n+20$
2. $\quad 40n+100$
3. $\quad 40n+80$
4. $\quad 40n+60$