What is (e^{-50(t-0.01)})^2 ?

The solution to (e^{-50(t-0.01)})^2 is e^{-100(t-0.01)}

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simplify (e^{-50(t-0.01)})^2

simplify

(e^{- 50 (t - 0.01)})^{2}

e^{- 100 (t - 0.01)}

Solution steps

(e^{- 50 (t - 0.01)})^{2}

Apply exponent rule:

(a^{b})^{c} = a^{b c}

= e^{(- 50 (t - 0.01)) \cdot 2}

Simplify

(- 50 (t - 0.01)) \cdot 2 : - 100 (t - 0.01)

= e^{- 100 (t - 0.01)}

e^{- 7 l n (t)}

- 8.477 \cdot 1 0^{- 3} (2031)

e^{- j w (0)}

cos (x e^{x}) \cdot cos (x e^{x})

e^{- 0.042403849}

What is (e^{-50(t-0.01)})^2 ?
The solution to (e^{-50(t-0.01)})^2 is e^{-100(t-0.01)}