2014年3月8日 · Exponentiation is a correspondence between addition and multiplication. Think of a number line, with $0$ in the "middle", and tick marks at each integer. Moving a certain …

2014年10月3日 · You know, like addition is the inverse operation of subtraction, vice versa, multiplication is the inverse of division, vice versa , square is the inverse of square root, vice …

2015年11月20日 · There can't be just one word denoting the result of applying exponentiation to a pair of numbers. For example, if I gave ou the problem of applying the exponentiation …

2012年9月5日 · Over the reals, the concept that "exponentiation = repeated multiplication" breaks down when you have non-integer exponents, so you have to start defining exponentiation …

$\begingroup$ I disagree, you can actually write any decimal as a fraction. 0.14 is fourteen hundredths, or simplified 7/50. then add in 2/1 by raising to lowest common denominator, you …

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2017年11月3日 · Rather than trying to press complex exponentiation into the mold of repeated multiplication, see complex exponentiation -- or more fundamentally, the function $\exp$ -- as …

2015年2月3日 · I was wondering, what is the order of operations when it comes to multi level exponents. Couldn't find anything in google.

2020年12月5日 · Exponentiation is similar to functions in general in that they can both be represented as ordered pairs. In lambda calculus, the standard algorithmic definition of …

While this would make things more convenient for us, exponentiation, unfortunately, does not work like this. For example: $(1+1)^2 = 4$ but $1^2 + 1^2 = 2$. Recall that, for multiplication, it …