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Rewrite the following in the form 
log(c).

log(2)+log(4)

Rewrite the following in the form log(c) \log (c) .\newlinelog(2)+log(4) \log (2)+\log (4)

Full solution

Q. Rewrite the following in the form log(c) \log (c) .\newlinelog(2)+log(4) \log (2)+\log (4)
  1. Simplifying the expression: log(2)+log(4)\log(2) + \log(4)\newlineWhich property can be used to simplify the expression?\newlineSum of logarithms of two numbers equals the logarithm of their product.\newlineProduct property: logbP+logbQ=logb(PQ)\log_b P + \log_b Q = \log_b (PQ)
  2. Applying the product property: log(2)+log(4) \log(2) + \log(4) \newline Apply the product property of logarithms.\newline log(2)+log(4)=log(2×4)=log(8) \log(2) + \log(4) = \log(2 \times 4) = \log(8)
  3. Expressing 88 as a power of 22: Express 88 as a power of 22 in log(8)\log(8).\newline88 is 22 cubed, which means 8=238 = 2^3.\newlinelog(8)=log(23)\log(8) = \log(2^3)
  4. Applying the power property: log(23)\log(2^3)\newlineApply the power property of logarithm.\newlinePower property of logarithm: logbPQ=QlogbP\log_b P^Q = Q \cdot \log_b P\newlinelog(23)=3log(2)\log(2^3) = 3 \cdot \log(2)
  5. Evaluating 3×log(2)3 \times \log(2): Evaluate 3×log(2)3 \times \log(2).\newlineSince log(2)\log(2) is just a constant value, multiplying it by 33 does not change the form of the expression, and it remains log(c)\log(c).\newline3×log(2)=log(23)=log(8)3 \times \log(2) = \log(2^3) = \log(8)

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