Find the GCF of this pair of monomials. x³y² and x⁵y

x³y
x⁴y
x³y²

x²y²

hint Hint:

x³y² = x $cross times$ x $cross times$ x $cross times$ y $cross times$ y
x⁵y = x $cross times$ x $cross times$ x $cross times$ x $cross times$ x $cross times$ y

The correct answer is: x³y

x³y² = x $cross times$ x $cross times$ x $cross times$ y $cross times$ y
x⁵y = x $cross times$ x $cross times$ x $cross times$ x $cross times$ x $cross times$ y
So, GCF is x $cross times$ x $cross times$ x $cross times$ y, i.e., x³y

Have a query? Ask a Tutor!!

Can’t find what you’re looking for?

Find the GCF of this pair of monomials. x³y² and x⁵y

x³y
x⁴y
x³y²

x²y²

x³y² = x $cross times$ x $cross times$ x $cross times$ y $cross times$ y
x⁵y = x $cross times$ x $cross times$ x $cross times$ x $cross times$ x $cross times$ y

The correct answer is: x³y

x³y² = x $cross times$ x $cross times$ x $cross times$ y $cross times$ y
x⁵y = x $cross times$ x $cross times$ x $cross times$ x $cross times$ x $cross times$ y
So, GCF is x $cross times$ x $cross times$ x $cross times$ y, i.e., x³y

Related Questions to study

With Turito Academy.

With Turito Foundation.

Get an Expert Advice From Turito.

Turito Academy

With Turito Academy.

Test Prep

With Turito Foundation.

Courses

Quick Links

Follow Us at

Support

Download App

Courses

Quick Links

Have a query? Ask a Tutor!!

Can’t find what you’re looking for?

Find the GCF of this pair of monomials. x3y2 and x5y

x3yx4yx3y2 x2y2

x3y2 = x x x y yx5y = x x x x x y

The correct answer is: x3y

x3y2 = x x x y yx5y = x x x x x ySo, GCF is x x x y, i.e., x3y

Related Questions to study

With Turito Academy.

With Turito Foundation.

Get an Expert Advice From Turito.

Turito Academy

With Turito Academy.

Test Prep

With Turito Foundation.

Courses

Quick Links

Find the GCF of this pair of monomials. x³y² and x⁵y

x³y
x⁴y
x³y²

x²y²

x³y² = x $cross times$ x $cross times$ x $cross times$ y $cross times$ y
x⁵y = x $cross times$ x $cross times$ x $cross times$ x $cross times$ x $cross times$ y

The correct answer is: x³y

x³y² = x $cross times$ x $cross times$ x $cross times$ y $cross times$ y
x⁵y = x $cross times$ x $cross times$ x $cross times$ x $cross times$ x $cross times$ y
So, GCF is x $cross times$ x $cross times$ x $cross times$ y, i.e., x³y