solve log 144 to the base 12 usind log table
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Generically symbolically we have the following definition of logarithm:

For the positive real numbers a and b, with b ≠ 1, it is called logarithm of a in base b the real exponent x, such that
By adopting the above statement, we have:



For the positive real numbers a and b, with b ≠ 1, it is called logarithm of a in base b the real exponent x, such that
By adopting the above statement, we have:
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