Radicals and Rational Exponents (Grades 11-12)
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Radicals and Rational Exponents
1.
Simplify. [math]root3(27x^10)[/math]
- [math]27x^10[/math]
- [math]root3(27x^10)[/math]
- [math]3root3(x^10)[/math]
- [math](3x^3)root3x[/math]
2.
If a field is [math]3 root(5)(x^8)[/math] units long and it is divided into [math]12 root(3)(x^4)[/math] segments, how long is each segment?
- [math]1/4 sqrt(x^4)[/math]
- [math]-9 root(2)(x^4)[/math]
- [math]1/4 root (15)(x^4)[/math]
- [math]1/4 root(5/3)(x^2)[/math]
3.
Express the following expression in simplest radical form using only one radical sign.
[math]9^(1/2)*x^(3/2)*y^(5/4)[/math]
[math]9^(1/2)*x^(3/2)*y^(5/4)[/math]
4.
An oval is [math]1/2 root(5)(x^2y^3)[/math] meters long. If a Kara completes [math]5 root(3)(x^2y)[/math] laps, how many meters has she run? Give your answer in simplified radicals.
- [math]5/2x root(15)(xy^14)[/math]
- [math]5/2x root(3)(xy^14)[/math]
- [math]5 root(3)(xy^30)[/math]
- [math]2x root(15)(xy^14)[/math]
5.
What is the ratio of [math]3 root(3)(x^2) sqrt(y^3)[/math] to [math]4 sqrt(x^3) root(3)(y^2)[/math] in the form __:1? Give your answer in the form of a radical.
6.
Write the ratio of [math]4 root(3)(x^4)[/math] to [math]2sqrt(x^5)[/math] in the form __:1. Show all of your work.
7.
Express each of the following with fractional exponents.
a. [math]root3(25^2)[/math]
b. [math]sqrt35[/math]
a. [math]root3(25^2)[/math]
b. [math]sqrt35[/math]
8.
If a field is [math]5 root(3)(x^2)[/math] units long and it is divided into [math]10 root(4)(x^5)[/math] segments, how long is each segment?
9.
Express the following expression in simplest radical form using only one radical sign.
[math]27^(1/3)*x^(4/5)*y^(2/5)*z^(1/5)[/math]
[math]27^(1/3)*x^(4/5)*y^(2/5)*z^(1/5)[/math]
10.
Simplify.
[math](16x^4)^(3/2)[/math]
[math](16x^4)^(3/2)[/math]
- [math]64x^6[/math]
- [math]4x^6[/math]
- [math]64x^10[/math]
- [math]4x^10[/math]
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