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Mathematics 19 Online
OpenStudy (hdrager):

simplify

OpenStudy (hdrager):

\[ \frac{ (x^2)^3x }{ x^7 }\]

Nnesha (nnesha):

exponent rules \[\huge\rm (a^m)^n = a^{m \cdot n}\] \[\huge\rm a^m \cdot a^n = a^{m+n}\] when multiply same base,add their exponents \[\huge\rm \frac{ a^m }{ a^n }=a^{m-n}\] when divide same base...subtract exponents

Nnesha (nnesha):

hello..hi... got it ???

Nnesha (nnesha):

one more anything to the 0 power is equal to one \[\large\rm (chocolates)^0=1~~~~(Nnesha)^0=1~~~~ (anything)^0=1 !! a^0=1\]

Nnesha (nnesha):

ignore "!!"

OpenStudy (hdrager):

sorry while i was waiting i moved on to another problem

OpenStudy (hdrager):

and I'm writing the rules down so they're more accessible to me

OpenStudy (hdrager):

if there is not exponent listed then is the exponent for that variable 1?

OpenStudy (hdrager):

i believe the answer is 1

OpenStudy (hdrager):

is that correct?

OpenStudy (mathmale):

\[a=a^1\] is an example of a "missing exponent."

OpenStudy (mathstudent55):

correct

OpenStudy (hdrager):

okay cool that's how i treated it in the problem

OpenStudy (hdrager):

YEET

OpenStudy (mathstudent55):

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