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" Divide the greater number by the less, the divisor by the remainder, and thus continue to divide the last divisor by the last remainder until there is no remainder ; the last divisor will be the greatest common divisor. "
Higher Arithmetic: Designed for the Use of High Schools, Academies, and ... - Σελίδα 22
των George Roberts Perkins - 1851 - 342 σελίδες
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Heath's Complete Practical Arithmetic

Charles Edward White - 1901 - 472 σελίδες
...their sum and of their difference. Rule. — Divide the greater number by the smaller, and the last divisor by the last remainder until there is no remainder. The last divisor will be the greatest common divisor. If more than two numbers are given, find the greatest common divisor of two of them, then...

The Normal Elementary Algebra, Μέρος 1

Edward Brooks - 1901 - 248 σελίδες
...the greater quantity by the less, the divisor by the remainder, and thus continue to divide the last divisor by the last remainder until there is no remainder ; the last divisor will be the highest common divisor. NOTES. — 1. When the highest power of the leading letter is the same in both...

Ferrell's Elementary Arithmetic, Βιβλίο 1

John Appley Ferrell - 1901 - 270 σελίδες
...number by the smaller ; then divide the divisor by the remainder ; ¿hen continue to divide the last divisor by the last remainder, until there is no remainder. The last divisor is the required G. 0. D. 8. Find the GCD of 221, 364, and 5512. Process. Explanation: (1) The G. 0....

Complete Graded Arithmetic, Τόμος 3

George Edward Atwood - 1901 - 158 σελίδες
...numbers that are not easily factored: RULE. — Divide the greater number by the less ; divide the last divisor by the last remainder, until there is no remainder. The last divisor is the greatest common divisor. 1134)1.386(1 1815)3465(1 1134 1815 252)1134(4 1650)1815(1 1008 1650...

Ferrell's Advanced Arithmetic

John Appley Ferrell - 1901 - 432 σελίδες
...number by the smaller ; then divide the divisor by the remainder ; then continue to divide the last divisor by the last remainder, until there is no remainder. The last divisor is the required GCD 4. Find the GCD of 221, 364, and 5512. Process. Explanation: (1) The GCD (1) (2)...

The Progressive Arithmetic: Parts I-III.

Wilbur Fisk Nichols - 1903 - 328 σελίδες
...factors of 1 Divide the greater 4 number by the less, the divisor by the reihainder, and thus continue until there is no remainder. The last divisor will be the greatest common divisor. 92 92 3, 4, 5 all the numbers. Do the same with the quotients, till the quotients have no...

Graded Lessons in Arithmetic, Βιβλίο 8

Wilbur Fisk Nichols - 1905 - 208 σελίδες
...115 92 "23 1 Divide the greater 4 number by the less, the divisor by the remainder, and thus continue until there is no remainder. The last divisor will be the greatest common divisor. the same with the quotients, till the quotients have no common factor. The product of all...

Advanced Arithmetic

Elmer Adelbert Lyman - 1905 - 268 σελίδες
...is divided by the less, and the less is divided by the remainder, and this process is continued till there is no remainder, the last divisor will be the greatest common divisor. 82. Find in inches to two places of decimals the diagonal of a cube whose volume is 9 cu....

Progressive Arithmetic, Complete, Βιβλία 2-3

William James Milne - 1907 - 616 σελίδες
...remainder, divide the less number by it, then the preceding divisor by the last remainder, and so on until there is no remainder. The last divisor will be the greatest common divisor. NOTE. — If more than two numbers are given, find the greatest common divisor of any two,...

New Graded Lessons in Arithmetic, Βιβλίο 7

Wilbur Fisk Nichols - 1910 - 160 σελίδες
...number by Ans. 143)1001(7 tne smaller. Divide the divisor by the remainder, 1001 and continue till there is no remainder. The last divisor will be the greatest common divisor. In the following examples find the greatest common divisor of the numerator and denominator...




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