What is the answer to -13=-3v^{-0.8} ?

The answer to -13=-3v^{-0.8} is v=(3\sqrt[4]{3})/(13\sqrt[4]{13)},v=-(3\sqrt[4]{3})/(13\sqrt[4]{13)}

Solve for v: -13=-3v^{-0.8}

The solution is v=(3\sqrt[4]{3})/(13\sqrt[4]{13)},v=-(3\sqrt[4]{3})/(13\sqrt[4]{13)}

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- 13 = - 3 v^{- 0.8}

Decimal Notation

v = 0.15994 \dots, v = - 0.15994 \dots

Solution steps

- 13 = - 3 v^{- 0.8}

Expand

- 3 v^{- 0.8} : - \frac{3}{v ^{0.8}}

- 13 = - \frac{3}{v ^{0.8}}

Take both sides of the equation to the power of

5 : - 371293 = - \frac{243}{v ^{4}}

- 371293 = - \frac{243}{v ^{4}}

Solve

Verify Solutions:

True

The solutions are

\frac{x}{5} = 3

4 x - 4 = 3 x + 6

3 1 - x = x + 3

6 - 4 x - x^{2} = x + 4

x c^{2} x^{2} - 1 = c x^{2} - x

What is the answer to -13=-3v^{-0.8} ?
The answer to -13=-3v^{-0.8} is v=(3\sqrt[4]{3})/(13\sqrt[4]{13)},v=-(3\sqrt[4]{3})/(13\sqrt[4]{13)}
Solve for v: -13=-3v^{-0.8}
The solution is v=(3\sqrt[4]{3})/(13\sqrt[4]{13)},v=-(3\sqrt[4]{3})/(13\sqrt[4]{13)}