What is the answer to solvefor t,t(d)=((12.5)/d)^3 ?

The answer to solvefor t,t(d)=((12.5)/d)^3 is t=(1953.125)/(d^4);\quad d\ne 0

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solvefor t,t(d)=((12.5)/d)^3

solve for

t, t (d) = (\frac{12.5}{d})^{3}

t = \frac{1953.125}{d ^{4}}; d \neq = 0

Solution steps

t (d) = (\frac{12.5}{d})^{3}

Simplify

(\frac{12.5}{d})^{3} : \frac{1953.125}{d ^{3}}

t d = \frac{1953.125}{d ^{3}}

Divide both sides by

d; d \neq = 0

t = \frac{1953.125}{d ^{4}}; d \neq = 0

3 x + 5 = 12

x, 3 x - 4 y - 13 = 0

x, 2 x + 5 y = 4

10 - 5 x = 14 - x

\frac{y}{1.2} - 3.2 = - 1.7

What is the answer to solvefor t,t(d)=((12.5)/d)^3 ?
The answer to solvefor t,t(d)=((12.5)/d)^3 is t=(1953.125)/(d^4);\quad d\ne 0