Write the radical in exponential form.
sqrt(19)
19^(1/2)
Write the rational expression in radical form.
8^(1/5)
root(5)(8)
Simplify.
32^(1/5)
2
The inverse of y = 2x + 4.
y = 1/2 x - 2?
The resulting function when y = √x is shifted two units up.
y = √x + 2?
Write the radical in exponential form.
root(4)(63)
63^(1/4)
Write the rational expression in radical form.
a^(3/4)
root(4)(a^3)
Simplify.
x^(7/8)/x^(5/8)
x^(1/4)
The inverse of y = 1/3 x + 2
y = 3x - 6?
The resulting function when y = 3√x is shifted three units right.
y = 3√(x - 3) ?
Write the radical in exponential form.
root(3)(5xy^2)
5^(1/3)x^(1/3)y^(2/3)
Write the rational expression in radical form.
4^(2/7)
root(7)(16)
Simplify.
b^(4/9)*b^(5/9)
b
The inverse of y = 5x2
y = √ 1/5 y
The resulting function when y = √x is reflected about the x-axis and streched by a factor of 4.
y = -4 √x ?
Write the radical in exponential form.
root(4)(625x^4)
5x
Write the rational expression in radical form.
(x^3)^(3/2)
sqrt(x^9)
Simplify.
(y^(1/4))^(3/5)
y^(3/20)
The inverse of y = x3 + 2.
3√ y - 2?
The resulting funtion when y = 3Vx is shifted up 5 units and shifted right 1 unit.
y = 3√(x - 1) + 5 ?
Write the radical in exponential form.
root(3)(27x^6y^8z)
3x^2y^(8/3)z^(1/3)
Write the rational expression in radical form.
(a^(4/5))/(a^(1/5))
root(5)(a^3)
Simplify.
(-64x^3)^(2/3)
16x^2
Two functions that are inverses result in this value when function composition is applied.
x
The resulting function when y = √x is compressed by a factor of 1/2, shifted 7 units down and shifted 5 units left.
y = 1/2 √(x+5) - 7 ?