 | John Bonnycastle - Algebra - 1825 - 336 pages
...mentioned , may be resolved by means of the following rule : RULE. Transpose all the terms that involve the unknown quantity to one side of the equation, and the known terms to the other ; observing to arrange them so that the term which contains the square of the unknown quantity may... | |
 | Alexander Ingram - Mathematics - 1830 - 458 pages
...+ to — , or from — to -(-. In this way the terms containing the unknown quantity may be brought to one side of the equation, and the known terms to the other; after which they may be collected into one by addition. COR. — If a term be found on both sides with... | |
 | John Radford Young - Algebra - 1832 - 408 pages
...one unknown quantity. (9.) Clear the equation of fractions, if there be any. Bring the unknown terms to one side of the equation, and the known terms to the other. Collect each side into one term, and the unknown quantity, with a known coefficient, will form one... | |
 | John Radford Young - 1839 - 332 pages
...operations to be performed may be expressed at length as follow : (88.) Bring all the unknown terms to one side of the equation, and the known terms to the other ; Divide each side of the equation by the coefficient of the unknown square, if it have a coefficient... | |
 | John D. Williams - Algebra - 1840 - 216 pages
...of fractions by rule 3, and of radicles by rule 4; second, transpose the unknown terms or quantities to one side of the equation, and the known terms to the other, by rule 1. Collect each side into one term, and the unknown quantities, with a known coefficient, will... | |
 | John D. Williams - Algebra - 1840 - 634 pages
...fractions by rule 3, and of radicles by rule 4 ; second, transpose the unknown terms or quantities to one side of the equation, and the known terms • to the other, by rule 1. Collect each side into one term, and the unknown quantities, with a known coefficient, will... | |
 | George Peacock - Algebra - 1842 - 426 pages
...Q8x = 780 - 378 (2), 67x = 402 (3), 402 R fA^ *=w=6 (4)When the unknown terms have been transposed to one side of the equation and the known terms to the other (1), we add together the terms, on each side, which have the same sign (2), subtract the resulting... | |
 | Alexander Ingram - 1844 - 262 pages
...from + to — , or from — to+. In this way the terms containing the unknown quantity may be brought to one side of the equation, and the known terms to the other ; after which they may be collected by addition. COR. If a term be found on both sides with the same... | |
 | Admiralty - 1845 - 152 pages
...unknown quantity. 62. Rule. — Clear the proposed equation from fractions, if it has any. Transpose the terms which contain the unknown quantity to one side of the equation, and the known quantities to the other. Divide both sides of the equation by the coefficient, or sum of the coefficients,... | |
 | John Bonnycastle - 1848 - 334 pages
...for the solution of a quadratic of the form x- + ax r= 6. Rule. — Transpose all the terms involving the unknown quantity to one side of the equation, and the known terms to the other, and let the term which contains the square of the unknown quantity be positive, and stand first in... | |
| |
RULE. Transpose all the terms that involve the unknown quantity to one side of the equation, and the known terms to the other... 
