Polynomials gcf calculator is one of the interesting topics in mathematics. It is the process of performing greatest common factor for the given polynomial expression. It is the sums of a finite number of monomials are called as polynomial. Polynomial has more than one term and it has a constant value for the given each term, for that variable power of integral is raised to more than two.
Example for Polynomial expression is a2 – 26a – 28.
I like to share this help factoring polynomials with you all through my article.
Definition of Greatest common factor calculator:
Greatest common factor (gcf):
Greatest common factor is defined as the process of the highest number which divides more than two numbers or terms exactly.
Steps to find the Greatest common factor:
Step 1:
Given polynomial expression can be arranged in the order of powers
Step 2:
Each term in the given expression can be factored.
Step 3:
Find the common factors in each terms
Step 4:
Take the greatest common factor
Step 5:
Simplify the each term.
Example problem for polynomials gcf calculator:
Some example problems for polynomials gcf calculator are,
Example 1:
Find the gcf for the given Polynomial expression 3x2 – 9x
Solution:
Step 1:
3x2 – 9x
Step 2:
3 . x . x – 9 . x
Step 3:
In the given expression, common factors in the each term is 3x
3 . x . x – 3 . 3 . x
Step 4:
Take the common term outside
3x ( x – 3)
Step 5:
Solution to the given polynomial gcf is 3x (x – 3)
Example 2:
Find the gcf for the given Polynomial expression 5x2y5 – 20x4y3
Solution:
Step 1:
6x2y5 – 24x4y3
Step 2:
6 . x . x . y . y . y . y . y – 24 . x . x . x .x . y . y . y
Step 3:
In the given expression, common factors in the each term is 6x2y3
6 . x . x . y . y . y – 6 . 4 . x . x . x . x . y . y . y
Step 4:
Take the common term outside
6x2y3 ( y2 – 4x2)
Step 5:
Solution to the given polynomial gcf is 6x2y3 ( y2 – 4x2)
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Example 3:
Find the gcf for the given Polynomial expression 15x3y4 – 45x5y6
Solution:
Step 1:
15x3y4 – 45x5y6
Step 2:
15 . x . x . x . y . y . y . y – 45 . x . x . x .x . x . y . y . y . y . y . y
Step 3:
In the given expression, common factors in the each term is 15x3y4
15 . x . x . x . y . y . y . y – 15 . 3 . x . x . x . x . x . y . y . y . y . y . y
Step 4:
Take the common term outside
15x3y4 ( y – 3x2 y2)
Step 5:
Solution to the given polynomial gcf is 15x3y4( y – 3x2 y2 )
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