Base by base
Collect the x’s and the y’s separately, adding each base’s exponents.
Why it works
x’s with x’s, y’s with y’s.
Powers · Multiply — product rule · 3.4
With more than one variable, apply the product rule to each base separately. x²y · x³y⁴ = x²⁺³ y¹⁺⁴ = x⁵y⁵.
Watch the method
x²y · x³y⁴ = x⁵y⁵.
Group each base
Collect the powers of each base separately.
Add the exponents per base
For each base, add the exponents.
Your turn
Type with ^ for powers — e.g. x^5.
Collect the x’s and the y’s separately, adding each base’s exponents.
Why it works
x’s with x’s, y’s with y’s.
Simplify x^2y^3 · x^3y^2
Group each base
Collect the powers of each base separately. x^2y^3 · x^3y^2
Add the exponents per base
For each base, add the exponents. = x^5 y^5
Simplify x^3y^2 · x^3y^2
Group each base
Collect the powers of each base separately. x^3y^2 · x^3y^2
Add the exponents per base
For each base, add the exponents. = x^6 y^4
Simplify x^3y^2 · x^3y^2
Group each base
Collect the powers of each base separately. x^3y^2 · x^3y^2
Add the exponents per base
For each base, add the exponents. = x^6 y^4
Mixing the x and y exponents.
Add exponents within each base only.
Forgetting y = y¹.
A bare variable has exponent 1.
12 problems across three tiers. Auto-graded on submit. Hints and a full walkthrough on every question. Your work is saved on this device — sign in to keep it across devices.
t₁ = 5, d = 3 and t1=5,d=3 both count. For a list of numbers, separate them with commas (e.g. 3, 10, 17).Simplify x^3y^1 · x^2y^3
Simplify x^2y^3 · x^2y^1
Simplify x^2y^2 · x^3y^1
Simplify x^3y^2 · x^1y^1
Simplify x^2y^1 · x^2y^2
Simplify x^2y^2 · x^1y^2
Simplify x^1y^2 · x^3y^1
Simplify x^2y^3 · x^2y^3
Simplify x^3y^3 · x^3y^2
Simplify x^3y^2 · x^1y^1
Simplify x^1y^2 · x^2y^3
Simplify x^2y^3 · x^2y^2