Janu16
  • Janu16
Rewrite in simplest radical form 1/x^-3/6. Please show each step.
Mathematics
  • Stacey Warren - Expert brainly.com
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SOLVED
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schrodinger
  • schrodinger
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Janu16
  • Janu16
@DanJS
DanJS
  • DanJS
is -3/6 the power, or is x divided by 6
Janu16
  • Janu16
|dw:1438035063443:dw|

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More answers

DanJS
  • DanJS
right
Janu16
  • Janu16
i drew it up there. can you see it?
DanJS
  • DanJS
yes
Janu16
  • Janu16
so i have to solve this and show steps
Janu16
  • Janu16
actually simplify
DanJS
  • DanJS
First, apply this property \[\frac{ 1 }{ x^{-a} } = x^a\]
DanJS
  • DanJS
when you change sides of a fraction, change sign on power
Janu16
  • Janu16
ya i know thaat you change signs but how do you write it
DanJS
  • DanJS
|dw:1438035282173:dw|
DanJS
  • DanJS
good
Janu16
  • Janu16
than you simplify so you will have 1/2 right?
DanJS
  • DanJS
yes
Janu16
  • Janu16
so do you just put in radical form?
DanJS
  • DanJS
then remember \[\sqrt[n]{x} = x ^{1 / n}\] The nth root is the same as raised to the 1/n power
Janu16
  • Janu16
so final answer will look like this?
Janu16
  • Janu16
|dw:1438035516073:dw|
DanJS
  • DanJS
yes, square root of x
DanJS
  • DanJS
write down those two exponent properties..
Janu16
  • Janu16
1 and 2?
DanJS
  • DanJS
the two general equations i typed above
DanJS
  • DanJS
that what you need to know
DanJS
  • DanJS
There are a few more, but ill help if needed
Janu16
  • Janu16
for the steps?
DanJS
  • DanJS
\[\sqrt[n]{x} = x ^{1 / n}\] \[\frac{ 1 }{ x^{-a} } = x^a\]
Janu16
  • Janu16
|dw:1438035669537:dw| would this be all the steps?
DanJS
  • DanJS
|dw:1438035799954:dw|
Janu16
  • Janu16
how do you write taht x^1/2can you draw it
Janu16
  • Janu16
|dw:1438035933462:dw|
DanJS
  • DanJS
you have x to the 3/6 poer, just reduce the poer
DanJS
  • DanJS
yep
DanJS
  • DanJS
Here, scroll to the "Laws of Exponents" part , those are the general rules to get a feel for. http://www.mathsisfun.com/algebra/exponent-laws.html
Janu16
  • Janu16
ohok thanks i will look at it
Janu16
  • Janu16
|dw:1438036067245:dw| so the final answer
DanJS
  • DanJS
yes
Janu16
  • Janu16
ok thanx

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