 | sir Richard Phillips - 1835 - 608 páginas
...a right line, is found by multiplying each body by its distance from some fixed point in the line, and dividing the sum of the products by the sum of the bodies, then the quotient is the distance from the point. Or, if the bodies arc not in one plane, a... | |
 | Denison Olmsted - 1837 - 374 páginas
...gravity from the perpendicular wall of a room, by multiplying each body into Us distance from the wall, and dividing the sum of the products by the sum of the bodies. 91 . When a body is supported by a prop placed under its center of gravity, the pressure will... | |
 | Thomas Galloway - 1839 - 248 páginas
...value of the element is found by multiplying each observation by a number proportional to its weight, and dividing the sum of the products by the sum of the weights ; and the comparative weight of the result is unit divided by the sum of all the weights. If... | |
 | 1850 - 772 páginas
...a right line, is found by multiplying each body by its distance from some fixed point in the line, and dividing the sum of the products by the sum of the bodies, then the quotient is the alliance from the point Or, if the bodies are not in one plane, a... | |
 | Thomas Jones (Accountant) - 1849 - 118 páginas
...•will prefer equating by products, which is simply multiplying the time and money together, then dividing the sum of the products by the sum of the debts, thus: Products. Jan. 10 500.00 x 33 = . . . 16,500 " 20 850.00 x 23 = . . . 19,550 " 25 784.20 x 18... | |
 | Thomas Jones (accountant.) - 1850 - 220 páginas
...interest, will prefer equating by products, which is simply multiplying the time and money together, then dividing the sum of the products by the sum of the debts, thus : Product*. Jan. 10 500.00 x 33 = . . . 16,500 " 20 850.00 x 23 = . . . 19,550 " 25 784.20 X 18... | |
 | 1850 - 766 páginas
...a right line, is found by multiplying each body by its distance from some fixed point in the line, and dividing the sum of the products by the sum of the bodies, then the quotient is the culance from the point. Or, if the bodies arc not in one plane, a... | |
 | William Barton Rogers - 1852 - 360 páginas
...plane, is found by multiplying each mass into t/te distance of its centre of gravity from (he plane, and dividing the sum of the products by the sum of the masses. When A and B are equal, then G z = half sum of A x and By. That is, the centre of gravity is... | |
 | Samuel Maunder - 1855 - 766 páginas
...a right line, is found by multiplying each body by its distance from some fixed point in the line, and dividing the sum of the products by the sum of the bodies, then the quotient is the distance from the point. Or, if the bodies are not in one plane, a... | |
 | Denison Olmsted - 1860 - 492 páginas
...distance from that point is obtained by multiplying each weight into its own distance from the same point, and dividing the sum of the products by the sum of the weights. Let A, B, Fio. M. 0 ABCD i O °— i • <i G C, and D, represent the weights of several bodies,... | |
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Weighted average is used in this report to indicate discharge-weighted average. It is computed by multiplying the discharge for a sampling period by the concentrations of individual constituents for the corresponding period and dividing the sum of the... 
