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Condense the logarithm

y log d-log x
Answer: 
log(◻)

Condense the logarithm\newlineylogdlogx y \log d-\log x \newlineAnswer: log() \log (\square)

Full solution

Q. Condense the logarithm\newlineylogdlogx y \log d-\log x \newlineAnswer: log() \log (\square)
  1. Identify Logarithmic Expression: Question prompt: What is the condensed form of the logarithmic expression ylogdlogxy \log d - \log x?
  2. Apply Power Rule: Apply the power rule of logarithms to the term ylogdy \log d, which states that logb(ac)=clogb(a)\log_b(a^c) = c \log_b(a). Here, we rewrite ylogdy \log d as log(dy)\log(d^y).
  3. Use Quotient Rule: Use the quotient rule of logarithms, which states that logb(a)logb(c)=logb(ac)\log_b(a) - \log_b(c) = \log_b(\frac{a}{c}), to combine the two logarithmic terms.\newlineWe have log(dy)logx\log(d^y) - \log x, which can be written as log(dyx)\log(\frac{d^y}{x}).
  4. Check for Simplifications: Check for any possible simplifications of the expression inside the logarithm. In this case, there are no further simplifications, so the expression log(dyx)\log(\frac{d^y}{x}) is already in its simplest form.

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