# Factor Me

Pro Problems > Math > Algebra > Expressions > Simplifying and Factoring## Factor Me

Factor the following expression over the set of reals:

a^{3}b + 7ab - 9a^{3}bx^{2} - 63abx^{2}

Extra: Factor over the set of complex numbers.

Presentation mode

Problem by Mr. Twitchell

## Solution

In order to make it feasible for teachers to use these problems in their classwork, no solutions are publicly visible, so students cannot simply look up the answers. If you would like to view the solutions to these problems, you must have a Virtual Classroom subscription.Assign this problem

Click here to assign this problem to your students.## Similar Problems

### Two Variable Factoring

Factor the following completely:

(a

^{4}b^{5})^{3}a

^{2}b11(a

^{3}b^{4})^{2}ab

### Fifth Degree Factoring

Factor the following completely:

x^{5} - 2x^{4} - 5x^{3}y^{2} + 10x^{2}y^{2} + 4xy^{4} - 8y^{4}

### Factoring with M and N

Factor the following quadratic expression in N and M:

M^{2} + 4N^{2} + 5M + 10N + 4MN + 4

### Binomial Factoring

Factor 3x^{7}y + 96x^{2}y^{11}

### Ugly Simplification

Simplify the following expression completely, assuming that x>0.

x

· x^{6}^{-1}+ 3

3

x^{4}

3

x^{-1}

x

^{1/2}· x^{1/3}· x^{1/6}+ 1### Factor Me

Factor the following expression completely:

-3x^{3} + 4x^{2} + 4x - y^{2}x + 4yx^{2}

### Special K

For some constant k, the following division has no remainder. Find the value of k.

(x^{3} + kx^{2} - 14x - 12) ÷ (x - 3).

### Factoring with X, Y, and Z

Factor the following expression:

x^{2} + 4y^{2} + 9z^{2} + 4xy + 6xz + 12yz.

# Blogs on This Site

Reviews and book lists - books we love!

The site administrator fields questions from visitors.

Like us on Facebook to get updates about new resources