Cube Root of Negative Numbers — Examples & Practice
Read this topicExplanations 3
- The cube root of a negative number is really easy if you remember one thing. And this is the key to taking the cube root of negative integers. For example, if I wanted to take t…
By Wayne Zhao, Amy Feraco
- A negative number's cube root will always be negative When working with exponents, the only way to get negative results is to raise a negative number to an odd power. Since cubi…
By Zora Gilbert, Alex Federspiel, Victor Wang, Caroline K, Jonathan Heller, Joshua Siktar
- (Video) Learning how to take the cube root of a negative number, cube root(-27) by Brian McLogan This video by Brian McLogan covers how to take the cubed root of a negative numb…
By Amy Feraco, Victor Wang, Jonathan Heller
Problems 24
- What is the cube root of −216-216−216?
- Simplify −13313\sqrt[3]{-1331}3−1331.
- Simplify −33753\sqrt[3]{-3375}3−3375.
- What is −13\sqrt[3]{-1}3−1?
- Simplify −83\sqrt[3]{-8}3−8
- Simplify −273\sqrt[3]{-27}3−27
- Simplify −643\sqrt[3]{-64}3−64
- Simplify −1253\sqrt[3]{-125}3−125
- Simplify −3433\sqrt[3]{-343}3−343
- Simplify −5123\sqrt[3]{-512}3−512
- Simplify −7293\sqrt[3]{-729}3−729
- Simplify −10003\sqrt[3]{-1000}3−1000
- Simplify −17283\sqrt[3]{-1728}3−1728
- Simplify −21973\sqrt[3]{-2197}3−2197
- Simplify −27443\sqrt[3]{-2744}3−2744
- Simplify −40963\sqrt[3]{-4096}3−4096
- Simplify −1253.\sqrt[3]{-125}.3−125.
- Simplify (−x)33.\sqrt[3]{(-x)^3}.3(−x)3.
- Simplify −27x−3y63.\sqrt[3]{-27x^{-3}y^6}.3−27x−3y6.
- Simplify −83.\sqrt[3]{-8}.3−8.
- Simplify −x33?\sqrt[3]{-x^3}?3−x3?
- Simplify −x6y33.\sqrt[3]{-x^6y^3}.3−x6y3.
- Simplify −51233.\sqrt[3]{\sqrt[3]{-512}}.33−512.
- Simplify −133333.\sqrt[3]{\sqrt[3]{\sqrt[3]{\sqrt[3]{\sqrt[3]{-1}}}}}.33333−1.