What is 0.01947*10555^{0.77}*0.0966^{-0.385} ?

The solution to 0.01947*10555^{0.77}*0.0966^{-0.385} is 10555^{0.77}*(1947)/(100000*0.0966^{0.385)}

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simplify 0.0194710555^{0.77}0.0966^{-0.385}

simplify

0.01947 \cdot 1055 5^{0.77} \cdot 0.096 6^{- 0.385}

1055 5^{0.77} \cdot \frac{1947}{100000 \cdot 0.096 6 ^{0.385}}

Decimal Notation

60.00847 \dots

Solution steps

0.01947 \cdot 1055 5^{0.77} \cdot 0.096 6^{- 0.385}

Apply exponent rule:

a^{- b} = \frac{1}{a ^{b}}

0.096 6^{- 0.385} = \frac{1}{0.096 6 ^{0.385}}

= 0.01947 \cdot 1055 5^{0.77} \cdot \frac{1}{0.096 6 ^{0.385}}

0.01947 \cdot 1055 5^{0.77} \cdot \frac{1}{0.096 6 ^{0.385}} = \frac{0.01947}{0.096 6 ^{0.385}} \cdot 1055 5^{0.77}

= \frac{0.01947}{0.096 6 ^{0.385}} \cdot 1055 5^{0.77}

\frac{0.01947}{0.096 6 ^{0.385}} = \frac{1947}{100000 \cdot 0.096 6 ^{0.385}}

= \frac{1947}{100000 \cdot 0.096 6 ^{0.385}} \cdot 1055 5^{0.77}

= 1055 5^{0.77} \cdot \frac{1947}{100000 \cdot 0.096 6 ^{0.385}}

π \cdot π^{t} \cdot e^{π t}

e^{x} \cdot 2 e^{2 x} \cdot 9 e^{3 x}

, e^{- 10 t} (6 cos (30 t) + 2 sin (30 t))

\frac{e ^{5}}{e ^{3}}

What is 0.01947*10555^{0.77}*0.0966^{-0.385} ?
The solution to 0.01947*10555^{0.77}*0.0966^{-0.385} is 10555^{0.77}*(1947)/(100000*0.0966^{0.385)}