Elements of Plane and Spherical Trigonometry with Logarithmic and Other Mathematical Tables and Examples of Their Use and Hints on the Art of Computation, Volumen2H. Holt, 1882 - 168 páginas |
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Página 2
... DIFFERENCES AND INTERPOLATION. General Principles 56 Fundamental Formulae 61 Transformations of the Formulae { 62 Formulas of Stirling and Bessel 63 Special Cases of Interpolation — Interpolat1on to Halves , 64 Interpolation to Thirds ...
... DIFFERENCES AND INTERPOLATION. General Principles 56 Fundamental Formulae 61 Transformations of the Formulae { 62 Formulas of Stirling and Bessel 63 Special Cases of Interpolation — Interpolat1on to Halves , 64 Interpolation to Thirds ...
Página 2
... DIFFERENCES AND INTERPOLATION . General Principles ... Fundamental Formulæ ... Transformations of the Formulæ .. Formulæ of Stirling and Bessel . Special Cases of Interpolation - Interpolation to Halves .. Interpolation to Thirds ...
... DIFFERENCES AND INTERPOLATION . General Principles ... Fundamental Formulæ ... Transformations of the Formulæ .. Formulæ of Stirling and Bessel . Special Cases of Interpolation - Interpolation to Halves .. Interpolation to Thirds ...
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... Difference , 0.845 10 We find this difference to be the logarithm of 7 , which is the required quotient . Ex . 4. To find the quotient arising from dividing the continued product 98 × 102 × 148 by the continued product 21 × 37 × 68 ...
... Difference , 0.845 10 We find this difference to be the logarithm of 7 , which is the required quotient . Ex . 4. To find the quotient arising from dividing the continued product 98 × 102 × 148 by the continued product 21 × 37 × 68 ...
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... difference 37 corresponds to the difference of unity in the two numbers , we assume that the quantity to be added to the logarithm bears the same proportion to .23 that 37 does to unity . We therefore state the proportion 1.23 :: 37 ...
... difference 37 corresponds to the difference of unity in the two numbers , we assume that the quantity to be added to the logarithm bears the same proportion to .23 that 37 does to unity . We therefore state the proportion 1.23 :: 37 ...
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... difference between two logarithms will be readily found in heavy type not far from that part of the table which is entered ... differences , they cannot all be printed . In the preceding examples we have written down the numbers in full ...
... difference between two logarithms will be readily found in heavy type not far from that part of the table which is entered ... differences , they cannot all be printed . In the preceding examples we have written down the numbers in full ...
Términos y frases comunes
9 Prop algebraic sign angles corresponding arithmetical complement binomial coefficient cent co-log column complementary angle computation corresponding number cosec cosine cotangent Cotg decimal point Diff Entering the table equation Example EXERCISES fifth find log find the logarithm find the number find the sine five places give log given logarithm given number half a unit increase interpolation last figure log a log log cot log sec log sin log sine loga logarithms of numbers mantissa minuend natural number negative number corresponding order of differences places of decimals present value quantities quotient rate of interest result rithms second differences sidereal SIMON NEWCOMB sine N sine or tangent sixth figure square Stirling's formula SUBTRACTION LOGARITHMS suppose table of logarithms Tang tenths of minutes trigonometric functions unity write wwww ww wwwww Δεν Δίν ΙΙ ΙΙΟ ΙΟ ΙΟΙ ΤΟ ន ន