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log_(4)x+log_(x)(64^(4))
Find the value of 
x

log4x+logx(644) \log _{4} x+\log _{x}\left(64^{4}\right) \newlineFind the value of x x

Full solution

Q. log4x+logx(644) \log _{4} x+\log _{x}\left(64^{4}\right) \newlineFind the value of x x
  1. Apply Logarithmic Property: Use the property of logarithms that allows the exponent to be brought to the front as a multiplier.\newlinelog4x+4logx64\log_{4}x + 4\log_{x}64
  2. Recognize Power of 44: Recognize that 6464 is a power of 44, specifically 434^3. \newlinelog4x+4logx(43)\log_{4}x + 4\log_{x}(4^3)
  3. Apply Power Rule: Apply the power rule to the second term, bringing the exponent out front. log4x+12logx4\log_{4}x + 12\log_{x}4
  4. Simplify Second Term: Since logxx=1\log_{x} x = 1, simplify the second term.\newlinelog4x+12(1)\log_{4}x + 12(1)
  5. Combine Terms: Combine the terms. log4x+12\log_{4}x + 12
  6. Set Equal to Zero: Set the expression equal to zero since we're solving for xx.log4x=12\log_{4}x = -12
  7. Convert to Exponential Form: Convert the logarithmic equation to its exponential form.\newline412=x4^{-12} = x

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