There is no answer. Logarithms operate only on non-negative numbers.
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Actually, logarithms are not defined for 0 either, so they operate only on positive numbers.
Yes. The logarithm of 1 is zero; the logarithm of any number less than one is negative. For example, in base 10, log(0.1) = -1, log(0.01) = -2, log(0.001) = -3, etc.
Yes. Logarithms to the base 10 are called common logarithms, and 2 is the correct common logarithm for 100.
The logarithm to the base 10 of 100 is 2, because 102 = 100.
logarithm of 100 = 2. If there is not a subscript number on your log, you assume it to be 10. In other words, the little subscript would be the base if you were raising it to a power, and the big number is the answer of the power. For example, log (base 10) 100 = 2 because 10 (the base) raised to a power of 2 (the log answer) = 100 (the number you just took the log of.)
The natural logarithm (ln) is used when you have log base e
11.2
log 2 = 0.30102999566398119521373889472449 for base 10 logarithms
A logarithm of a reciprocal. For example, log(1/7) or log(7-1) = -log(7)
Yes. The logarithm of 1 is zero; the logarithm of any number less than one is negative. For example, in base 10, log(0.1) = -1, log(0.01) = -2, log(0.001) = -3, etc.
2 log(x)derivative form:d/dx(2 log(x)) = 2/x
Log 0.072 =log 72/1000 =log (8)(9)/10*3 Log(2)*
Log S is the logarithm of the Entropy.
log316 - log32 = log38
Yes. Logarithms to the base 10 are called common logarithms, and 2 is the correct common logarithm for 100.
Natural log Common log Binary log
The logarithm to the base 10 of 100 is 2, because 102 = 100.
logarithm of 100 = 2. If there is not a subscript number on your log, you assume it to be 10. In other words, the little subscript would be the base if you were raising it to a power, and the big number is the answer of the power. For example, log (base 10) 100 = 2 because 10 (the base) raised to a power of 2 (the log answer) = 100 (the number you just took the log of.)