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" ... continue dividing, until a prime number is obtained for a quotient. The several divisors and the last quotient will be the prime factors required. "
An Advanced Arithmetic, Theoretical and Practical - Σελίδα 62
των James William Nicholson - 1889 - 395 σελίδες
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Robinson's Progressive Practical Arithmetic: Containing the Theory of ...

Horatio Nelson Robinson, Daniel W. Fish - 1877 - 372 σελίδες
...quotient in the same manner, and so continue the division until the quotient is a prime number. Tlw several divisors and the last quotient will be the prime factors required. PROOF. The product of all the prime factors will be the given number. EXAMPLES FOR PRACTICE. 2. What...

The Progressive Higher Arithmetic: For Schools, Academies, and Mercantile ...

Horatio Nelson Robinson - 1875 - 472 σελίδες
...the quotient in the same manner, and so continue the division until the quotient is a prime number. The several divisors and the last quotient will be the prime factors required, PROOF. The product of all the prime factors wil1 be the given number. EXAMPLES FOR PRACTICE. 1. What...

The Complete Arithmetic, Oral and Written, on the Basis of Works

Henry Bartlett Maglathlin - 1882 - 398 σελίδες
...Divide the quotient, if composite, in like manner, and so continue until a prime quotient is found. The several divisors and the last quotient will be the prime factors. Find the prime factors of 10. 210 14. 1155 18. 16028 11. 2772 15. 2800 19. 17199 12. 426 16. 3420 20....

Robinson's New Practical Arithmetic for Common Schools and Academies

Horatio Nelson Robinson - 1892 - 428 σελίδες
...the quotient in the same manner, and so continue the division until the quotient is a prime number. The several divisors and the last quotient will be the prime factors required. PROOF. — The product of all the prime factors will be the given number. 2. What are the prime factors...

Robinson's New Practical Arithmetic for Common Schools and Academies

Horatio Nelson Robinson - 1892 - 428 σελίδες
...the quotient in the same manner, and so continue the division until the quotient is a prime number. The several divisors and the last quotient will be the prime factors required. PROOF. — The product of all the prime factors will be the given number. 2. What are the prime factors...

Mathematics for Common Schools: A Manual for Teachers, Including Definitions ...

John Henry Walsh - 1896 - 282 σελίδες
...Divide the quotient, if composite, in Hie manner; and so continue until a prime quotient is found. The several divisors and the last quotient will be the prime factors. CANCELLATION Cancellation is rejecting equal factors from dividend and divisor. PRINCIPLE. — Dividing...

A Manual for Teachers, Including Definitions, Principles, and Rules and ...

John Henry Walsh - 1895 - 296 σελίδες
...Divide the quotient, if composite, in like manner ; and so continue until a prime quotient is found. The several divisors and the last quotient will be the prime factors. CANCELLATION Cancellation is rejecting equal factors from dividend and divisor. PRINCIPLE. — Dividing...

Ray's Modern Practical Arithmetic: A Revised Edition of Ray's Practical ...

Joseph Ray - 1903 - 366 σελίδες
...factors of 30. Rule. — 1. Divide the given number by any prime number that will exactly divide it. 3. The several divisors and the last quotient will be the prime factors of the given number. NOTE. — It will be most convenient to divide each time by the smallest prime...

Practical Mathematics: Instruction Paper, Τόμος 1

Glenn Moody Hobbs - 1912 - 46 σελίδες
...divide each quotient, in the same manner. Continue dividing until a prime number is obtained as the quotient. The several divisors and the last quotient will be the prime factors desired. Example. What are the prime factors of 78? SOLUTION. 2)78 3)39 13 Ans. 2, 3, and 13 25. Factoring...

Arithmetic

United States. Bureau of Naval Personnel - 1913 - 144 σελίδες
...the same manner, and so continue to divide, until a quotient is obtained which is a prime number. 3. The several divisors and the last quotient will be the prime factors of a given number. It will be most convenient to divide each time by the smallest prime number. To...




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