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Original Question
Apply algebraic reasoning to show that a=b^(loga/logb) for any a,b>0Asked by Jus
Apply algebraic reasoning to show that a=b^(loga/logb) for any a,b>0
Answers
Answered by
bobpursley
take the log of each side
loga=(loga/logb)logb
now reduce.
loga=(loga/logb)logb
now reduce.
Answered by
Jus
I have:
loga=(loga/logb)logb
(loga/logb )(1/loga)=logb
(1/logb)=logb
Ok now what?
loga=(loga/logb)logb
(loga/logb )(1/loga)=logb
(1/logb)=logb
Ok now what?
Answered by
bobpursley
you erred.
loga=(loga/logb)logb
the logb on the right side divide out (one on numerator, one in denominator)
loga=loga
divide both sides by loga.
loga=(loga/logb)logb
the logb on the right side divide out (one on numerator, one in denominator)
loga=loga
divide both sides by loga.
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