What is the answer to E=9^{-2-1}+64^{-3-1}-16^{-4-1} ?

The answer to E=9^{-2-1}+64^{-3-1}-16^{-4-1} is E= 16766281/12230590464

Solve for E: E=9^{-2-1}+64^{-3-1}-16^{-4-1}

The solution is E= 16766281/12230590464

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E = 9^{- 2 - 1} + 6 4^{- 3 - 1} - 1 6^{- 4 - 1}

E = \frac{16766281}{12230590464}

Decimal Notation

E = 0.00137 \dots

Solution steps

E = 9^{- 2 - 1} + 6 4^{- 3 - 1} - 1 6^{- 4 - 1}

Simplify

9^{- 2 - 1} + 6 4^{- 3 - 1} - 1 6^{- 4 - 1} : \frac{16766281}{12230590464}

E = \frac{16766281}{12230590464}

- \frac{2}{5} = \frac{x}{35}

2 x + 10 + x - 40 = 90

x, 6 x y = 3 y^{2} + x + y

3 (x - 1) + 5 = 3 (1 + 5 x)

2 (4 p - 3) = 2 (3 p - 5)

What is the answer to E=9^{-2-1}+64^{-3-1}-16^{-4-1} ?
The answer to E=9^{-2-1}+64^{-3-1}-16^{-4-1} is E= 16766281/12230590464
Solve for E: E=9^{-2-1}+64^{-3-1}-16^{-4-1}
The solution is E= 16766281/12230590464