The logarithm of every number between 10 and 100 is some number between 1 and 2, ie, is 1 plus a fraction. The logarithm of every number between 100 and 1000 is some number between 2 and 3, ie, is 2 plus a fraction, and so on. Elements of Trigonometry: Plane and Spherical - Pągina 117per Lefébure de Fourcy (M., Louis Etienne) - 1868 - 288 pąginesVisualització completa - Sobre aquest llibre
| 1845
...100 , 2 100 (10)'= 1000 , 3 1000 (10)*= 10000 , 4 10000 &c. --- &c. &c tween 0 and 1, ie is I plus a **fraction. The logarithm of every number between 10...between 2 and 3, ie is 2 plus a fraction, and so on.** In the common tables the fractional part alone of the logarithm is registered, and from what has been... | |
| Nathan Scholfield - 1845 - 232 pągines
...1 10 (10)" = 100 ,2 100 (10)3= 1000 , 3 1000 (10)«= 10000 , 4 10000 &c. = &c. <fcc tween 0 and 1, **ie is 1 plus a fraction. The logarithm of every number between** 10 and 100, is some number between 1 and 2, ie is 1 plus a fraction. The logarithm of every number... | |
| Nathan Scholfield - 1845
...the common system the logarithms of every number between 1 and 10, is some number between 0 and 1, **ie is 1 plus a fraction. The logarithm of every number between** 10 and 100, is some number between 1 and 2, te is 1 plus a fraction. The logarithm of every number... | |
| Elias Loomis - 1846 - 346 pągines
..." 10000 " &c., &c., &c. From this it appears that, in Briggs' system, the logarithm of every number **between 1 and 10 is some number between 0 and 1, ie,...between 2 and 3, ie, is 2 plus a fraction, and so on.** (322.) The preceding principles may be extended to fractions by means of negative exponents. Thus,... | |
| Elias Loomis - 1846 - 346 pągines
...proper fraction. The logarithm of every number between 10 and 100 is some number between 1 and 2, i. e,, **is 1 plus a fraction. The logarithm of every number...between 2 and 3, ie, is 2 plus a fraction, and so on.** (322.) The preceding principles may be extended to fractions by means of negative exponents. Thus,... | |
| Charles William Hackley - 1846 - 503 pągines
...0001 0,000 0000 0 and 1, ic, is a fraction. The logarithm of every number between 10 and 100 is sorno **number between 1 and 2, ie, is 1 plus a fraction....between 100 and 1000 is some number between 2 and 3,** te, is 2 plus a fraction, etid'so on. The whole number, or integral part of the logarithm, is called... | |
| Charles William Hackley - 1847 - 503 pągines
...is a fraction. The logarithm of every number between 10 and 100 is some number between 1 mid 2, ic, **is 1 plus a fraction. The logarithm of every number...1000 is some number between 2 and 3, ie, is 2 plus a** fmction, and so on. The whole number, or integral part of the logarithm, is called the index, or, more... | |
| Joseph Ray - 1852 - 396 pągines
...proper fraction. The logarithm of every number between 10 and 100 is some number between 1 and 2; that **is, 1 plus a fraction. The logarithm of every number...between 100 and 1000 is some number between 2 and 3;** that is, 2 plus a fraction ; and so on. ART. 358. The integral part of a logarithm is called the index... | |
| Elias Loomis - 1855 - 178 pągines
...10,000 "_ " &c., &c., * &c.; whence it appears that, in Briggs' system, the logarithm of every number **between 1 and 10 is some number between 0 and 1, ie,...between 2 and 3, i. e., is 2 plus a fraction, and so on.** (2.) The preceding principles may be extended to fractions by means of negative exponents. Thus, since... | |
| Elias Loomis - 1855 - 316 pągines
..." 10000 " &c., &c., &c. From this it appears that, in Briggs' system, the logarithm of every number **between 1 and 10 is some number between 0 and 1, ie,...between 2 and 3, ie, is 2 plus a fraction, and so on.** . (336.) The preceding principles may be extended to fractions by means of negative exponents. Thus,... | |
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