What is (T-h)^{0.5}((hw)/p)^{0.5} ?

The solution to (T-h)^{0.5}((hw)/p)^{0.5} is ((T-h)^{0.5}h^{0.5}w^{0.5})/(p^{0.5)}

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simplify (T-h)^{0.5}((hw)/p)^{0.5}

simplify

(T - h)^{0.5} (\frac{h w}{p})^{0.5}

\frac{( T - h ) ^{0.5} h ^{0.5} w ^{0.5}}{p ^{0.5}}

Solution steps

(T - h)^{0.5} (\frac{h w}{p})^{0.5}

Simplify

(\frac{h w}{p})^{0.5} : \frac{h ^{0.5} w ^{0.5}}{p ^{0.5}}

= (T - h)^{0.5} \frac{h ^{0.5} w ^{0.5}}{p ^{0.5}}

Apply the fraction rule:

a \cdot \frac{b}{c} = \frac{a \cdot b}{c}

= \frac{( T - h ) ^{0.5} h ^{0.5} w ^{0.5}}{p ^{0.5}}

e^{- \frac{t}{2}} 0

\frac{1}{2} (4 \cdot (2.5 \cdot 1 0^{4})) \cdot 2.5

π^{2} (y - 70)^{2}

0.06 0.11

- e^{- 0.1 (20 + g)}

What is (T-h)^{0.5}((hw)/p)^{0.5} ?
The solution to (T-h)^{0.5}((hw)/p)^{0.5} is ((T-h)^{0.5}h^{0.5}w^{0.5})/(p^{0.5)}