 | Nathaniel Hammond - Algebra - 1772 - 362 pages
..., tranfpofe them to the other Side of the Equation as in the laft Article, by which Method we fhall have all the known Quantities on one Side of the Equation, and the unknown one by itfelf on the Qther Side, which is the Solution of fhe Queftion. Queftion Oueftion 7, AGameftcr challenging another... | |
 | Alexander Jamieson - Logic - 1822 - 312 pages
...the operation is easy ; for it is always practicable, by means of addition and subtraction, to place the known quantities on one side of the equation, and the unknown quantity on the other, from which position its value will be apparent. 626. The SYMBOLS or letters... | |
 | Alexander Jamieson - Logic - 1835 - 312 pages
...the operation is easy ; for it is always practicable, by means of addition and subtraction, to place the known quantities on one side of the equation, and the unknown quantity on the other, from which position its value will be apparent. 626. The SYMBOLS or letters... | |
 | Alexander Jamieson - Logic - 1837 - 312 pages
...the operation is easy ; for it is always practicable, by means of addition and subtraction, to place the known quantities on one side of the equation, and the unknown quantity on the other, from which position its value will be apparent. 626. The SYMBOLS or letters... | |
 | Ernest McCullough - Surveying - 1915 - 468 pages
...any term be divided by any quantity, multiply every term by this divisor (denominator). 2nd. Write all the known quantities on one side of the equation and the unknown quantities on the other side. Then collect by addition. Any term may be transposed from one side of... | |
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... and the sought quantities be denoted by symbols or letters, an equation may be deduced from that ratio, which will involve the value of the unknown quantity. When the equation is found, the sequel of the operation is easy ; for it is always practicable,... 