| Charles de Neuvéglise - Mathematics - 1700 - 1254 pages
...Coefficients in the Order on which у is not found, and the Denominator is the D.fference of the ProduOs of the oppofite Coefficients taken from the Orders...fame unknown Quantity in the different Equations, as e 'and d. Coefficients are oppofite when they afFed the Afferent unknown Quantities in the different... | |
| Colin MacLaurin - Algebra - 1748 - 490 pages
...Coefficients in the Orders in which y is not found, and the Denominator is the Difference of the Products of the oppofite Coefficients taken from the Orders that involve the two unknown Quantities. For, from the firft Equation, it is plain that . , f — by ax—c — by . . and #= — * A From the... | |
| Colin MacLaurin - Algebra - 1756 - 538 pages
...coefficients in the orders in which у is not found, and the denominator is the difference of the producb of the' oppofite coefficients taken from the orders that involve the two unknown quantities^ For, from the firft equation, it is plain that / i c—by ax = с -*- by . . and x = -. J a from the... | |
| Colin MacLaurin - 1771 - 484 pages
...Coefficients in the orders in which y is not found, and the denominator is the difference of the products of the oppofite coefficients taken from the orders that involve the two unknown quantities. For, from the firft equation, it is plain that ax — c — h,. and x = .'~*-t a ' from the zd, dx—f—... | |
| John Bonnycastle - Algebra - 1834 - 330 pages
...order in which y is not found, and the denominator is the difference of the products of the opposite coefficients taken from the orders that involve the two unknown quantities. Coefficients are of the same order which either affect no unknown quantity, as c anil ci ; or the same unknown quantity in... | |
| John Bonnycastle - Algebra - 1851 - 288 pages
...order in which y is not found, and the denominator is the difference of the products of the opposite coefficients taken from the orders that involve the two unknown quantities. Coefficients are of the same order which either affect no unknown quantity, as c and c'; or the same unknown quantity in the... | |
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