Fractional exponents vs. radical form ...

03112020, 08:50 AM
Post: #8




RE: Fractional exponents vs. radical form ...
(03102020 02:51 PM)CyberAngel Wrote: The root function has a different defining area/range from rational or reciprocal exponent function. The use of parentheses, (1) in my original example, was an important distinction, (to clarify the order of operations). My thinking was that: x^[even numerator]/denominator; would result in a realvalue, regardless of the fractional vs. radical form, (for realvalue inputs). Example: x^(2/1) where x=(n) Processed as: [(n) * (n)] = (+)n^2, not: 1 * (n * n) = ()n^2. 

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Messages In This Thread 
Fractional exponents vs. radical form ...  DrD  03102020, 09:40 AM
RE: Fractional exponents vs. radical form ...  Albert Chan  03102020, 02:46 PM
RE: Fractional exponents vs. radical form ...  CyberAngel  03102020, 02:51 PM
RE: Fractional exponents vs. radical form ...  DrD  03112020 08:50 AM
RE: Fractional exponents vs. radical form ...  lrdheat  03102020, 04:53 PM
RE: Fractional exponents vs. radical form ...  CyberAngel  03102020, 07:34 PM
RE: Fractional exponents vs. radical form ...  lrdheat  03112020, 12:56 AM
RE: Fractional exponents vs. radical form ...  CyberAngel  03112020, 01:01 AM

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