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" The logarithm of a number in any system is equal to the Naperian logarithm of that number multiplied by the modulus of the system. "
Binomial Theorem and Logarithms: For the Use of the Midshipmen at the Naval ... - Page 74
by William Chauvenet - 1843 - 92 pages
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An introduction to the differential and integral Calculus

James Thomson - 1848 - 326 pages
...logarithm of any number in that system by the Neperian logarithm of the same number; and, conversely, the logarithm of a number in any system is equal to the product of its Neperian logarithm by the modulus of the system, * To the series here investigated,...
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A Treatise on Algebra

Elias Loomis - Algebra - 1868 - 386 pages
...By taking nine terms of this series, we find a=2.718282, which is the base of Napier's system. 427. The logarithm of a number in any system is equal to...multiplied by the Naperian logarithm of the number. If we designate Naperian logarithms by Nap. log., and logarithms in any other system by log., then,...
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Explanation of the "Theory of the Calculus"

William Batchelder Greene - Differential calculus - 1870 - 120 pages
...logarithms in the Naperian table by 0.43429 . . . In fact, it may be noted generally, that (Art. 76) The logarithm of a number in any system is equal to...multiplied by the Naperian logarithm of the number. 81. The natural number answering in the table of the common logarithms to 0.43429 ... is 2.718281828...
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Elements of the Differential and Integral Calculus: By a New Method, Founded ...

Catherinus Putnam Buckingham - Calculus - 1875 - 374 pages
...a=e" hence p==esm=en wherefore n 1 n=sm or in=-=—n but — is the modulus of the system, and hence The logarithm of a number in any system is equal to the Naperian logarithm of that number multiplied by the modulus of the system. This property is not peculiar...
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Elements of the Differential and Integral Calculus: By a New Method, Founded ...

Catherinus Putnam Buckingham - Calculus - 1875 - 362 pages
...n a=e* hence wherefore n 1 =^sm or- ,«=—-— » but — is the modulus of the system, and hence The logarithm of a number in any system is equal to the Naperian logarithm of that number multiplied by the modulus of the system. This property is not peculiar...
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An Elementary Treatise on the Differential and Integral Calculus: With ...

Edward Albert Bowser - Calculus - 1880 - 424 pages
...the same number in different systems are to each other as the moduli of those systems; and also, that the logarithm of a number in any system is equal to the Naperian logarithm of the same number into the modulus of the given system. Сов. 2. — Dividing...
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Elements of the Differential and Integral Calculus: With Examples and ...

James Morford Taylor - Calculus - 1884 - 270 pages
...systems. COR. 2. If, in (11) of Cor. 1, we let a'=e, we have m'= 1, and logay = mlogy. (12) Hence, the logarithm of a number in any system is equal to the Naperian logarithm of the same number multiplied by the modulus ofthat system. COR. 3. If, in (12)...
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A College Algebra

James Morford Taylor - Algebra - 1889 - 400 pages
...reciprocal of the Napierian logarithm of its base. 321. From (2) and (3) of § 320 we have log, N= m log, N. That is, the logarithm of a number in any system is equal to the Napierian logarithm of the same number multiplied by the modulus of that system. 322. Value of M. If...
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Ready Reference Tables: Volume I. Conversion Factors of Every Unit ..., Volume 1

Carl Hering - Physics - 1904 - 220 pages
...base of that system. Modulus of Naperian system =1s. log,, of e = 1. The logarithm of a number (n) in any system is equal to the modulus of that system...multiplied by the Naperian logarithm of the number. Or: Modulus of common system = • 1s.log/ of 10 = 0.434294481903252. Logic n = modulus (comm~n system)...
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Ready Reference Tables: Based on the Accurate Legal Standard Values of the ...

Carl Hering - Physics - 1904 - 224 pages
...-= 1 . Modulus of common system - 1 + Ing, of 10 = 0.434294481903252. The logarithm of a number (n) in any system is equal to the modulus of that system...multiplied by the Naperian logarithm of the number. Or: Login та = modulus (common system) X log,, n. Log« n = modulus (Naperian system = 1 ) X log,...
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