# Finding LCM of Polynomials (r+2), (3r-7) Using GCF

Our Free LCM of Polynomials Using GCF Calculator is helpful for Finding LCM of Polynomials (r+2), (3r-7) Using GCF. The tool will give you the result 3r^2 - r - 14 easily with a detailed explanation.

**Ex: ** x^2+2x+1,x+1 (or) x^2-1,x-1 (or) x^3-1,x+1

## Solution to Find LCM of Polynomials (r+2), (3r-7) Using GCF

Given polynomials are ((r+2)),((3r-7))

Find the factors of all polynomials

The factors of (r+2) are 1, and r + 2

The factors of (3r-7) are 1, and 3r - 7

By observing the above factors, we can say that the GCF of ((r+2)) and ((3r-7)) is 1

To find the LCM of ((r+2)) and ((3r-7)), we have to multiply both together

= ((r+2)) * ((3r-7))

= r((3r-7)) +2((3r-7))

= 3r^2 - r - 14

To find the LCM we have to divide 3r^2 - r - 14 by GCF

i.e (3r^2 - r - 14)/(1) = 3r^2 - r - 14

Therefore, the LCM of ((r+2)),((3r-7)) is 3r^2 - r - 14

### FAQS on Finding LCM of Polynomials (r+2), (3r-7) Using GCF

**1. What is the LCM of Polynomials (r+2), (3r-7) Using GCF?**

The least common multiple of Polynomials (r+2), (3r-7) Using GCD is 3r^2 - r - 14

**2. Where can I get the detailed solution for Finding LCM of Polynomials (r+2), (3r-7) Using GCF?**

Check factorpolynomials.com site to know the detailed solution of LCM of Polynomials (r+2), (3r-7) Using GCF?

**3. How to Find Least Common Multiple of (r+2), (3r-7) with GCF method?**

You have to find GCF of polynomials (r+2), (3r-7) and then multiply all the polynomials. Now,