anonymous
  • anonymous
@myininaya @Frostbite @sirm3d @samtasticc @whpalmer4 @qaisar900 @calmat01 @ChemicalX @calmat01
Mathematics
  • Stacey Warren - Expert brainly.com
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SOLVED
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schrodinger
  • schrodinger
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myininaya
  • myininaya
Yes @danya1 ?
anonymous
  • anonymous
CAN U HELP ME SIMPLIFY THIS
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myininaya
  • myininaya
Do you know law of exponents?

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anonymous
  • anonymous
no
myininaya
  • myininaya
\[x^n x^m=x^{n+m}\] \[\frac{x^n}{x^m}=x^{n-m}\] \[\frac{1}{x^{-n}}=x^n\] \[x^{-n}=\frac{1}{x^n}\] \[(x^ry^t)^s=x^{rs}y^{ts}\] Here are a few laws... You tell me which one you think applies here.
anonymous
  • anonymous
the first one ??
myininaya
  • myininaya
Simplify means they don't want any negative exponents... Which law will help us do this And no we can't use the first one because the bases aren't the same.
anonymous
  • anonymous
the last one
anonymous
  • anonymous
??
myininaya
  • myininaya
Do any of the laws above have negative exponents?
anonymous
  • anonymous
the third and fourth
myininaya
  • myininaya
Can we use the fourth to rewrite that part that has a negative exponent?
anonymous
  • anonymous
. yea
anonymous
  • anonymous
can u help meeeeeeeeeee?? u still here
anonymous
  • anonymous
@sirm3d @Daish96 @Daish96 @Dido525 @Directrix @whpalmer4 @walters @wtoliver can u help me
anonymous
  • anonymous
@Anders96 @anabella97 @april115 @Anders96 @experimentX @experimentX @evansda can u help me
anonymous
  • anonymous
Hollaa
anonymous
  • anonymous
You can't add the exponents unless the a's and b's are stated to be constants.
anonymous
  • anonymous
...self
ParthKohli
  • ParthKohli
Remember that for example\[\large x^5 y^{-5} = \dfrac{x^5}{y^5}\]
ParthKohli
  • ParthKohli
Can you simplify it similarly?

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