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
... rithms of its factors . II . The logarithm of a quotient is found by subtracting the loga- rithm of the divisor from that of the dividend . III . The logarithm of any power of a number is equal to the loga- rithm of the number ...
... rithms of its factors . II . The logarithm of a quotient is found by subtracting the loga- rithm of the divisor from that of the dividend . III . The logarithm of any power of a number is equal to the loga- rithm of the number ...
Página 5
... rithms . If he will solve the problem arithmetically , he will see how much shorter is the logarithmic process . Ex . 5. To find the seventh We have log 2 = 0.301 03 power of 2 . 7 2.107 21 = log 128 Hence 128 is the required power . Ex ...
... rithms . If he will solve the problem arithmetically , he will see how much shorter is the logarithmic process . Ex . 5. To find the seventh We have log 2 = 0.301 03 power of 2 . 7 2.107 21 = log 128 Hence 128 is the required power . Ex ...
Página 9
... rithms of larger numbers . EXERCISES . Find the logarithms of the following numbers : 1.515 .01 702 C .003 899 0.4276 18.62 464 700 ..03 735 98.030 Find the numbers corresponding to the following logarithms : 3.241 80 ; 8.750 35 ― 10 ...
... rithms of larger numbers . EXERCISES . Find the logarithms of the following numbers : 1.515 .01 702 C .003 899 0.4276 18.62 464 700 ..03 735 98.030 Find the numbers corresponding to the following logarithms : 3.241 80 ; 8.750 35 ― 10 ...
Página 17
... rithms of the numerator the co - log of the denominator , thus : og 2763 , 3.441 38 log 419.24 , 2.622 46 co - log 99 , 8.004 36 log P , 4.068 20 • . P = 11700 . The use of the arithmetical complement is most convenient when the divisor ...
... rithms of the numerator the co - log of the denominator , thus : og 2763 , 3.441 38 log 419.24 , 2.622 46 co - log 99 , 8.004 36 log P , 4.068 20 • . P = 11700 . The use of the arithmetical complement is most convenient when the divisor ...
Página 45
... rithms . The sum will be the logarithm of the difference . Example . Find log ( nm ) in the example of the preceding section . log n , 2.203 86 ( 1 ) log m , 1.629 74 ( 2 ) A , 0.439 45 ( 4 ) n log m = B , 0.574 12 ( 3 ) log ( n - m ) ...
... rithms . The sum will be the logarithm of the difference . Example . Find log ( nm ) in the example of the preceding section . log n , 2.203 86 ( 1 ) log m , 1.629 74 ( 2 ) A , 0.439 45 ( 4 ) n log m = B , 0.574 12 ( 3 ) log ( n - m ) ...
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