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 4
... gives the logarithms of all entire numbers from 1 to 150 ; each logarithm being found alongside its number . The student may begin his exercises with this table . Mathematical tables in general enable us , when one of two related ...
... gives the logarithms of all entire numbers from 1 to 150 ; each logarithm being found alongside its number . The student may begin his exercises with this table . Mathematical tables in general enable us , when one of two related ...
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... gives only the mantissa of each logarithm . The characteristic must be found by the general theory of logarithms . The following propositions are explained in treatises on algebra : The logarithm of 1 is 0 . 66 66 66 66 10 1 . 66 66 66 ...
... gives only the mantissa of each logarithm . The characteristic must be found by the general theory of logarithms . The following propositions are explained in treatises on algebra : The logarithm of 1 is 0 . 66 66 66 66 10 1 . 66 66 66 ...
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... gives the logarithms of 1167 and of 1168 , which we find to be as follows : log 1167 1168 3.067 07 3.067 44 .000 37 Difference of logarithms = Now the number of which we wish to find the logarithm being between these numbers , its ...
... gives the logarithms of 1167 and of 1168 , which we find to be as follows : log 1167 1168 3.067 07 3.067 44 .000 37 Difference of logarithms = Now the number of which we wish to find the logarithm being between these numbers , its ...
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Simon Newcomb. This product being added to the logarithm of the table will give the logarithm required . The whole operation by which we have found log 1167.23 would then be as follows : log 1167 37 X 0.2 3.067 07 7.4 X 0.03 1.11 log ...
Simon Newcomb. This product being added to the logarithm of the table will give the logarithm required . The whole operation by which we have found log 1167.23 would then be as follows : log 1167 37 X 0.2 3.067 07 7.4 X 0.03 1.11 log ...
Página 14
... give five decimals , we drop the sixth . If we write 4 for the fifth figure it will be too small by half a unit , and if we write 5 it will be too large by half a unit . It is therefore indifferent which figure we write , so far as mere ...
... give five decimals , we drop the sixth . If we write 4 for the fifth figure it will be too small by half a unit , and if we write 5 it will be too large by half a unit . It is therefore indifferent which figure we write , so far as mere ...
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