Arithmetic for the Practical ManD. Van Nostrand, 1931 - 269 σελίδες |
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Σελίδα 236
... amount due . + If it is desired to find the amount at compound interest for three or any number of years the calculations just made are repeated for each year , as often as may be necessary . By using the rule given in article 134 the ...
... amount due . + If it is desired to find the amount at compound interest for three or any number of years the calculations just made are repeated for each year , as often as may be necessary . By using the rule given in article 134 the ...
Σελίδα 237
... amount . When the compounding is annual , Rule II becomes the same as Rule I , but both are stated for convenience . As an example of the use of Rule II , let us calculate the amount of $ 300 compounded quarterly at 8 % per year for 14 ...
... amount . When the compounding is annual , Rule II becomes the same as Rule I , but both are stated for convenience . As an example of the use of Rule II , let us calculate the amount of $ 300 compounded quarterly at 8 % per year for 14 ...
Σελίδα 240
... amount of any sum at any rate ( up to 32 % per year ) compounded in any manner for any term ( up to 50 periods ) ... amount of one dollar ; and multiply this amount by the principal . The product is the desired total amount . Since the ...
... amount of any sum at any rate ( up to 32 % per year ) compounded in any manner for any term ( up to 50 periods ) ... amount of one dollar ; and multiply this amount by the principal . The product is the desired total amount . Since the ...
Περιεχόμενα
CHAPTER I | 3 |
SUBTRACTION | 10 |
CHAPTER III | 18 |
Πνευματικά δικαιώματα | |
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added amount angle anti-log arithmetical progression bushels calculation called chapter ciphers circle circumference column common difference common fraction common logarithms complete quotient compound number cone cube root cubic curve cylinder decimal fraction decimal number decimal places decimal point degrees denominate number diameter distance divided dollars equal equator equivalent example exponent expressed factors geometrical progression given number graph hypotenuse illustrated inches indicated last figure last term lateral surface latitude length logarithms longitude mantissa means measure method metric system miles minuend multiply number of terms partial dividend periodic rate plane figures poles prime meridian proportion pyramid quotient radius ratio rectangle rectangular solid remainder represent result right triangle side Similarly simple slant height sphere square and cube square root subtracted subtrahend surface area symbols temperature tion unit volume weight whole number write written