All Algebra 1 Resources
Example Questions
Example Question #321 : Variables
Simplify .
Here, we simply need to identify that the numerator, , is a factor of the denominator. Let's start by factoring . The reverse FOIL method shows us that multiplies to give us , so we can rewrite the fraction as . Canceling the common term gives us our answer of .
Example Question #12 : How To Factor A Polynomial
Factor the polynomial completely:
The polynomial cannot be factored further.
The coefficients 16 and 64 have greatest common factor 16; there is no variable that is shared by both terms. Therefore, we can distribute out 16:
cannot be factored further, so is as far as we can go.
Example Question #331 : Variables
Example Question #11 : How To Factor A Polynomial
Example Question #12 : How To Factor A Polynomial
Example Question #334 : Polynomials
Factor completely:
First, take out the greatest common factor of the terms. The GCF of 5 and 50 is 5 and the GCF of and is , so the GCF of the terms is .
When is distributed out, this leaves .
is linear and thus prime, so no further factoring can be done.
Example Question #4561 : Algebra 1
Factor the following polynomial.
This polynomial is a difference of two squares. The below formula can be used for factoring the difference of any two squares.
Using our given equation as , we can find the values to use in our factoring.
Example Question #336 : Polynomials
Factor
When factoring a polynomial that has no coefficient in front of the term, you begin by looking at the last term of the polynomial, which is . You then think of all the factors of that when added together equal , the coefficient in front of the term. The only combination of factors of that can satisfy this condition is and . Thus, the factors of the polynomial are .
Example Question #335 : Variables
Example Question #21 : How To Factor A Polynomial
Factor the following expression.
The factored form of this equation should be in the format .
To yield the first term in our original equation (), and .
To yield the last term in our original equation (), we can set and .
We can check our answer by using FOIL to expand back to the original expression.