Write the factors in order of increasing number of terms. If two or more factors have the same number of terms, put them in increasing order based on the last term. No spaces.
Question 2
2.
Factor the polynomial completely.
250m3 + 54
Write the factors in order of increasing number of terms. If two or more factors have the same number of terms, put them in increasing order based on the last term. No spaces.
Question 3
3.
Factor the polynomial completely.
4w4 + 16w2 + 15
Write the factors in order of increasing number of terms. If two or more factors have the same number of terms, put them in increasing order based on the last term. No spaces.
Question 4
4.
Factor the polynomial completely.
2n3 + 7n2 - 2n - 7
Write the factors in order of increasing number of terms. If two or more factors have the same number of terms, put them in increasing order based on the last term. No spaces.
Question 5
5.
Factor the polynomial completely.
a5b - 64ab
Write the factors in order of increasing number of terms. If two or more factors have the same number of terms, put them in increasing order based on the last term. No spaces.
Question 6
6.
Factor the polynomial completely.
k4 - 10k2 - 39
Write the factors in order of increasing number of terms. If two or more factors have the same number of terms, put them in increasing order based on the last term. No spaces.
Question 7
7.
Solve the equation by factoring. Simplify all irrational and complex solutions.
x3 + 18x = 0
Use x={#, ...} format, with exactly one space after each comma. List the real roots first in increasing order, then the nonreal roots with the negative one first.
Question 8
8.
Solve the equation by factoring. Simplify all irrational and complex solutions.
2x4 = 50
Use x={#, ...} format, with exactly one space after each comma. List the real roots first in increasing order, then the nonreal roots with the negative one first.
Question 9
9.
Solve the equation by factoring. Simplify all irrational and complex solutions.
24x3 - 81 = 0
Use x={#, ...} format, with exactly one space after each comma. List the real roots first in increasing order, then the nonreal roots with the negative one first.
Question 10
10.
Solve the equation by factoring. Simplify all irrational and complex solutions.
x3 = x2 + 20x
Use x={#, ...} format, with exactly one space after each comma. List the real roots first in increasing order, then the nonreal roots with the negative one first.
Question 11
11.
Solve the equation by factoring. Simplify all irrational and complex solutions.
x4 - x2 = x2 + 8
Use x={#, ...} format, with exactly one space after each comma. List the real roots first in increasing order, then the nonreal roots with the negative one first.
Question 12
12.
Solve the equation by factoring. Simplify all irrational and complex solutions.
3x4 - 8x2 + 5 = 0
Use x={#, ...} format, with exactly one space after each comma. List the real roots first in increasing order, then the nonreal roots with the negative one first.
Question 13
13.
Solve the equation by factoring. Simplify all irrational and complex solutions.
4x3 + 5x2 - 16x - 20 = 0
Use x={#, ...} format, with exactly one space after each comma. List the real roots first in increasing order, then the nonreal roots with the negative one first.