 | Alfred Kirk, Henry Holmes Belfield - Arithmetic - 1876 - 220 pages
...factors of both dividend and divisor until the factors of the one are prime to the factors of the other. III. Divide the product of the remaining factors of...dividend by the product of the remaining factors of the 2. Divide 4x6x8x10 by 2x3x4x5. 3. Divide 5x7x9x11 by 3x5x7x11. 4. Divide 6x8x12x18 by 4x6x9x12. 5.... | |
 | Henry Bartlett Maglathlin - Arithmetic - 1876 - 230 pages
...which is the quotient. Rule. — Cancel all the factors common to both dividend and divisor, and then divide the product of the remaining factors of the dividend by the product of the remaining factors in the divisor. When a factor is canceled, 1 is understood to remain, but does not require to be written,... | |
 | Charles Davies - Arithmetic - 1876 - 546 pages
...what principles does the operation of cancellation depend ' t is the rule for the operation? of ttit remaining factors of the dividend by the product of the remaining factors of the divisor. NOTES. — 1. Since every factor is cancelled by division, the quotient 1 always takes the place of... | |
 | Horatio Nelson Robinson - Arithmetic - 1877 - 250 pages
...x 4 by 36 x 21 x 6. 60 RULE. — I. Cancel all the factors common to both dividend and divisor. II. Divide the product of the remaining factors of the...the divisor, and the result will be the quotient. When a factor equal to the number itself is canceled, the unit 1 remains, since a number divided by... | |
 | Edward Brooks - Arithmetic - 1877 - 438 pages
...divided by 3, or 3£. Rule. — I. Cancel the common factors from the dividend and divisor. II. Then divide the product of the remaining factors of the...the product of the remaining factors of the divisor. NOT«S — 1. The unit 1 takes the place of a cancelled factor, but need not be written, except iu... | |
 | Samuel Mecutchen - 1877 - 128 pages
...or ^-, is the required result. RULE. Cancel all the factors common to both dividend and divisor, and divide the product of the remaining factors of the...the product of the remaining factors of the divisor. Note 1. — When a factor is cancelled, the quotient should take its place, whether this is 1 or more... | |
 | Edward Brooks - Arithmetic - 1877 - 250 pages
...divided by 3, or 3J. Rule. — I. Cancel the common factors from the dividend and divisor. * II. Then divide the product of the remaining factors of the...the product of the remaining factors of the divisor. NOTES. — 1. The unit 1 takes the place of a cancelled factor, but need not be written, except in... | |
 | Edward Brooks - Arithmetic - 1877 - 564 pages
...remaining factors, we have 75. Rule.—I. Cancel the common factors from the dividend and divisor. II. Then divide the product of the remaining factors of the...the product of the remaining factors of the divisor. NOTES.—1. The unit 1 takes the place of a cancelled factor, but need not be written, except in the... | |
 | Edward Brooks - Arithmetic - 1877 - 444 pages
...divided by 3, or 3$. Rule. — I. Cancel the common factors from the dividend and divisor. II. Then divide the product of the remaining factors of the...the product of the remaining factors of the divisor. NOTES. — 1. The unit 1 takes the place of a cancelled factor, but need not be written, except in... | |
 | William James Milne - Arithmetic - 1877 - 418 pages
...a quotient of 4f. RULE.—Reject from the divldend and divisor all factors common to both, and then divide the product of the remaining factors of the...the product of the remaining factors of the divisor. When all the factors of both dividend and divisor are cancelled, the quotient is 1, for the dividend... | |
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Divide the product of the remaining factors of the dividend by the product of the remaining factors of the divisor, and the result will be the quotient. 
