 | William Tate - 1837 - 358 páginas
...fractions, and complex fractions being reduced to simple fractions, multiply all the numerators together for a new numerator, and all the denominators together for a new denominator. Observe, that if the same number occurs as both a numerator and a denominator, it may be cancelled... | |
 | Nathan Daboll - 1837 - 262 páginas
...common denominator. RULE I. 1. Reduce all fractions to simple terms. 2. Multiply each numerator into all the denominators except its own, for a new numerator ; and all the denomif nators into each other continually for a common denominator ; this written under the several... | |
 | Zadock Thompson - 1838 - 174 páginas
...by the general rule (198) ; invert the first term, and then multiply- all the .numerators together for a new numerator, and all the denominators together for a new denomi-mtor ; the new numerator, written over the new denominator, will be the answer required. "QUESTIONS... | |
 | Daniel Adams - 1839 - 268 páginas
...process each denominator is multiplied by all the others, so, to retain the value of each fraction, multiply each numerator by all the denominators, except its own, for a new numerator, and under it write the common denominator. EXAMPLES FOR PRACTICE. 1 . Reduce f , } and £ to fractions... | |
 | Jason M. Mahan - 1839 - 312 páginas
...fraction. J-. CASE VI. t To reduce fractions to a common. denominator. RULE. Multiply each numerator into all the denominators, except its own, for a new numerator; and all the denominators for a comman denominator. Examples. 1. Reduce \, |, $ and -*- to equivalent fractions, having a common... | |
 | Benjamin Greenleaf - 1839 - 356 páginas
...the fractions and their products will be the numerators required. Or, multiply each numerator into all the denominators except its own for a new numerator; and all the denominators into each other for a common denominator. 2. Reduce |, |, I and &. / Ans. ||, $, |f, ?§. 3. Reduce... | |
 | Daniel Adams - 1840 - 278 páginas
...process each denominator is multiplied by all the others, so, to retain the value of each fraction, multiply each numerator by all the denominators, except its own, for a new numerator, and under it write the common denominator. EXAMPLES FOR PRACTICE. 1 . Reduce f , f and f to fractions of... | |
 | Roswell Chamberlain Smith - 1841 - 324 páginas
...', f and 5 to a common denominator. Jx5 denom. =|5 x 8 denom. =fr£- A. fx4 denom.=^x8 denote. = =%. A. 4. Since the reduction of each fraction involves...denominator. 6. Reduce f , f , and 4 to a com. denominator. A -St- • '-" j - 13_ **•• 12TT». TITS'- T2f2x6x7= 84. 5x3x7 = 105. 4x6x3= 72. Then ?=T72 3x6+7=1... | |
 | John M'Nevin - 1841 - 300 páginas
...cross multiplication | + £, 24 + 20 = $$ = If reduced, from whence the following Rule is deduced: multiply each numerator by all the denominators, except...all the denominators together for a new denominator. Exampk.—Add 62^ « 37| « 19f By Reduction £ is equal to 50 cents. J " 25 « Ans. l|f = $1.81t Add... | |
 | John M'Nevin - 1841 - 300 páginas
...by cross multiplication | + $, 24 + 20 = y- = If reduced, from whence the following Rule is deduced: multiply each numerator by all the denominators, except...all the denominators together for a new denominator. Example.— Add 62£ " 37| Add 4, i, f, and TV together, (say dollars.) By Reduction $ is equal to... | |
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Multiply each numerator into all the denominators except its own for a new numerator, and all the denominators together for a common denominator. 
