 | Mathematics - 1801 - 446 pages
...18 63 14 56 43 6 4z — — . 2. Divide The rule which is most commonly made use of is this : RULE. Multiply the last remainder by the preceding divisor,...and to the product add the next preceding remainder ; nnd so on, till you have, gone through all the divisors and remainders to the first. EXAMPLE. 9)64865... | |
 | Nicolas Pike - Arithmetic - 1809 - 312 pages
...divifor is a compoQte number, is, RULE II. Multiply the laft remainder by the preceding, divifor, or lad but one, and to the product add the preceding remainder ; multiply this fum by the next preceding divifor, and to the proclu>£t add the next preceding remainder ; and fo... | |
 | Charles Hutton - Mathematics - 1811 - 406 pages
...or whole remainder, the same as if the division had been performed all at once, proceed as follows ; Multiply the last remainder by the preceding divisor,...preceding remainder ; and so on, till you have gone backward through all the divisors and remainders to the first. As in the example following : EXAMPLES.... | |
 | Charles Hutton - Mathematics - 1812 - 620 pages
...or whole remainder, the same as if the division had been performed all at once, proceed as follows : Multiply the last remainder by the preceding divisor,...preceding remainder ; and so on, till you have gone backward through all the divisors and remainders to the first. As in the example following : EXAMPLES.... | |
 | Samuel Webber - Arithmetic - 1812 - 260 pages
...from the dividend, must leave the remainder. The rule, which is most commonly used, is this. RULE. Multiply the last remainder by the preceding divisor,...next preceding remainder ; and so on till you have used all the divisors and remainders. EXAMPLE. 9)64865 divided by 144 1 the last remainder. Mult. 4... | |
 | Charles Hutton - Mathematics - 1816 - 610 pages
...whole remainder, the same as if tin; division had been performed all at once, proceed as follows : Multiply the last remainder by the preceding divisor,...the product add the next preceding remainder ; and • >• on, till you have gone backward through all ihe divisors and remainders to the first. As in... | |
 | Charles Hutton - Mathematics - 1822 - 616 pages
...or whole remainder, the same as if the division had been performed all at once, proceed as follows : Multiply the last remainder by the preceding divisor,...next preceding divisor, and to the product add the neit preceding remainder ; and so on, till you have gone backward through all the divisors and remainders... | |
 | William Kinne - 1829 - 246 pages
...remainder may be found by the following rule. RULE.— Multiply the last remainder by the last divisor but one, and to the product add the preceding remainder...multiply this sum by the next preceding divisor, and to this product add the next preceding remainder, and so on until all the remainders and divisors are... | |
 | Introduction - 1830 - 102 pages
...Product add the first Remainder, which will give the true one.When there are more than two Divisors, multiply the last Remainder by the preceding Divisor,...one, and to the Product add the preceding Remainder: then multiply this sum by the next preced ing Divisor, and to that Product add the next preceding Remainder;... | |
 | Charles Hutton - Mathematics - 1831 - 660 pages
...if the division had been performed all at once, proceed as follows : Multiply the last re. mainder by the preceding divisor, or last but one, and to...preceding remainder ; and so on till you have gone backward through all the divisors and remainders to the first. As in the example following : EXAMrLES.... | |
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Multiply the last remainder by the preceding divisor, or last but one, and to the product add the preceding remainder ; multiply this sum by the next preceding divisor, and to the product add the next preceding remainder ; and so on, till you have gone... 
