-
unique real
natural logarithm, ak
denote the
complex logarithms of z, and k is an
arbitrary integer. Therefore, the
complex logarithms of z,
which are all...
- \ln(x\cdot y)=\ln x+\ln y~.}
Logarithms can be
defined for any
positive base
other than 1, not only e. However,
logarithms in
other bases differ only by...
- subtraction, use of
logarithms avoided laborious and error-prone paper-and-pencil
multiplications and divisions.
Because logarithms were so useful, tables...
-
common logarithms (base-10) were
extensively used in com****tions
prior to the
advent of
electronic calculators and
computers because logarithms convert...
-
appendix of a work on
logarithms by John Napier. However, this did not
contain the
constant itself, but
simply a list of
logarithms to the base e {\displaystyle...
- (base 10)
logarithms,
which were
easier to use.
Tables of
logarithms were
published in many
forms over four centuries. The idea of
logarithms was also...
- i θ {\displaystyle \ln r+i\theta } is one
logarithm of z {\displaystyle z} , and all the
complex logarithms of z {\displaystyle z} are
exactly the numbers...
-
taken to mean the "
logarithms" as
originally produced by Napier, it is a
function given by (in
terms of the
modern natural logarithm): N a p L o g ( x...
-
notation for the
binary logarithm; see the
Notation section below. Historically, the
first application of
binary logarithms was in
music theory, by Leonhard...
-
instances of the
discrete logarithm problem.
Other base-10
logarithms in the real
numbers are not
instances of the
discrete logarithm problem,
because they...
