How to Solve This Logarithmic Problem?

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Homework Help Overview

The discussion revolves around a logarithmic problem involving the manipulation of logarithmic expressions and their equivalences. Participants are exploring how to transform a given logarithmic equation into a specific algebraic form.

Discussion Character

  • Exploratory, Mathematical reasoning, Problem interpretation

Approaches and Questions Raised

  • Participants discuss the application of logarithmic identities and formulas, questioning how to manipulate the expressions to achieve the desired form. There is uncertainty about the next steps after applying the formulas.

Discussion Status

Some participants have offered guidance on applying logarithmic properties, while others are exploring different interpretations of the problem. The discussion appears to be progressing towards a resolution, with some participants expressing confidence in the steps taken.

Contextual Notes

There is a mention of a specific target form for the equation, which adds a layer of complexity to the problem. The discussion includes a reference to potential assumptions about the values of x and y.

phy_
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You'll need these formulas

nlog_a b= log_a b^n

log_a b= log_a c \Rightarrow b=c

log_a x + log_a y = log_a xy
 
phy_ said:
if i use these formulas

log(x-3)/3 = 1/2(logxy)

i am not sure what i would then do to have the answer resemble x squared + y squared = 11xy.

you mean you'd get log(x-y/3)= 1/2log(xy)?

Use first formula on 1/2log(xy) and then apply the second formula.
 
Yes.

\frac{x-y}{3} =(xy)^{\frac{1}{2}}

Square both sides now.
 
Thank-you very much. Question solved.
 

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