List questions from exponentiation

Published on 11 Apr 2026 - 17:14

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A calculator's solution to irrational exponent

Published on 26 Mar 2026 - 21:08

39.5k

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Why is 1 raised to infinity Not defined and not "1"

Published on 03 Apr 2026 - 15:52

123

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why if x in 1/n power >(<) y in 1/m power then x in c/n power >(<) y in c/m power?

Published on 02 May 2013 - 18:30

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Why is $\;n^2-\frac{n^2}{2} =\frac{n^2}{2}\;$?

Published on 03 Apr 2026 - 21:25

369

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Motivation for creation of complex exponentiation

Published on 10 Apr 2026 - 1:40

96

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Solving an equation with $x$ as powers

Published on 11 Apr 2026 - 7:36

251

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Bernoulli formula

Published on 09 Apr 2026 - 3:46

7.6k

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Do inequalities hold under square-root (or exponentiation in general)?

Published on 07 May 2013 - 5:51

705

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taking the log of $a^b$ (Project Euler problem 29)

Published on 25 Mar 2026 - 8:07

312

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Expressing $16b^3a^2(6ab^4)(ab)^3$ in the form $2^m3^na^rb^s$

Published on 08 May 2013 - 22:51

172

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Basic Mathematics. Trouble with powers and polynomials.

Published on 09 May 2013 - 5:38

433

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Why is real exponentiation continuous in the base?

Published on 09 May 2013 - 19:45

455

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Showing that if $n$ is odd then $(-1)^n = -1$

Published on 11 May 2013 - 11:34

22.7k

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10 to the power of 3.5: $10^{3.5}$

Published on 11 May 2013 - 22:10

List Question

How is this proof flawed?

A calculator's solution to irrational exponent

Why is 1 raised to infinity Not defined and not "1"

why if x in 1/n power >(<) y in 1/m power then x in c/n power >(<) y in c/m power?

Why is $\;n^2-\frac{n^2}{2} =\frac{n^2}{2}\;$?

Motivation for creation of complex exponentiation

Solving an equation with $x$ as powers

Bernoulli formula

Do inequalities hold under square-root (or exponentiation in general)?

taking the log of $a^b$ (Project Euler problem 29)

Expressing $16b^3a^2(6ab^4)(ab)^3$ in the form $2^m3^na^rb^s$

Basic Mathematics. Trouble with powers and polynomials.

Why is real exponentiation continuous in the base?

Showing that if $n$ is odd then $(-1)^n = -1$

10 to the power of 3.5: $10^{3.5}$

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