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log_(5)625=

log5625= \log _{5} 625=

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Q. log5625= \log _{5} 625=
  1. Identify base, number, and unknown exponent: Identify the base (bb), the number (xx), and the unknown exponent (yy) in the logarithmic equation log5625=y\log_{5}625 = y.\newlineHere, b=5b = 5 and x=625x = 625. We need to find the value of yy such that 5y=6255^y = 625.
  2. Recall logarithm and exponential form: Recall that the logarithm logbx=y\log_{b}x = y is equivalent to the exponential form by=xb^{y} = x. We need to find the power yy to which the base 55 must be raised to get 625625.
  3. Determine if 625625 is a power of 55: Determine if 625625 is a power of 55. We know that 52=255^2 = 25 and 54=6255^4 = 625.\newlineTherefore, 55 raised to the power of 44 equals 625625.
  4. Write exponential equation using base 55 and exponent 44: Write the exponential equation using the base 55 and the exponent 44 to equal 625625.\newlineThe equation is 55^44 = 625625.
  5. Value of y in logarithmic equation: Since 54=6255^4 = 625, the logarithmic equation log5625\log_{5}625 equals 44.\newlineThis means that the value of yy in the equation log5625=y\log_{5}625 = y is 44.

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