Finding LCM of Polynomials 2y^2-50, y+5 Using GCF
Our Free LCM of Polynomials Using GCF Calculator is helpful for Finding LCM of Polynomials 2y^2-50, y+5 Using GCF. The tool will give you the result 2y^2 - 50 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 2y^2-50, y+5 Using GCF
Given polynomials are (2y^2-50),(y+5)
Find the factors of all polynomials
The factors of 2y^2-50 are 1, and 2(y - 5)(y + 5)
The factors of y+5 are 1, and y + 5
By observing the above factors, we can say that the GCF of (2y^2-50) and (y+5) is y + 5
To find the LCM of (2y^2-50) and (y+5), we have to multiply both together
= (2y^2-50) * (y+5)
= 2y^2(y+5) -50(y+5)
= 2y^3 + 10y^2 - 50y - 250
To find the LCM we have to divide 2y^3 + 10y^2 - 50y - 250 by GCF
i.e (2y^3 + 10y^2 - 50y - 250)/(y + 5) = 2y^2 - 50
Therefore, the LCM of (2y^2-50),(y+5) is 2y^2 - 50
FAQS on Finding LCM of Polynomials 2y^2-50, y+5 Using GCF
1. What is the LCM of Polynomials 2y^2-50, y+5 Using GCF?
The least common multiple of Polynomials 2y^2-50, y+5 Using GCD is 2y^2 - 50
2. Where can I get the detailed solution for Finding LCM of Polynomials 2y^2-50, y+5 Using GCF?
Check factorpolynomials.com site to know the detailed solution of LCM of Polynomials 2y^2-50, y+5 Using GCF?
3. How to Find Least Common Multiple of 2y^2-50, y+5 with GCF method?
You have to find GCF of polynomials 2y^2-50, y+5 and then multiply all the polynomials. Now,