 | William James Milne - Algebra - 1908 - 476 pages
...will bе а new dividend. Divide the new dividend as before, and continue to divide in this way until the first term of the divisor is not contained in the first term of the new dividend. If there is a remainder after the last division, write it over the divisor in the form... | |
 | James William Nicholson - Algebra - 1909 - 332 pages
...dividend. Divide the new dividend as before, and continue to divide until there is no remainder, or until the first term of the divisor is not contained in the first term of the dividend. 2. Divide 6ж2-7ж-20bу3ж + 4. 6 x2 - 7 x - 20 |3ж + 4 6 I2 + 8 x 2x-5 - 15 x - 20 3.... | |
 | William James Milne - Algebra - 1911 - 332 pages
...will be a new dividend. Divide the new dividend as before, and continue to divide in this way until the first term of the divisor is not contained in the first term of the new dividend. If there is a remainder after the last division, write it over the divisor in the form... | |
 | J. Andrew Drushel, John William Withers - Mathematics - 1926 - 336 pages
...remainder found in IV a new dividend and repeat steps I, II, III, and IV. VI. Continue this process until the first term of the divisor is not contained in the first term of the remainder. *NOTE. — Sir Isaac Newton early in the 18th century pointed out the advantage of this step. Mathematicians... | |
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In the case here given, the operation of division may be considered as terminated, when the highest power of the letter, in the first, or leading term of the remainder, by which the process is regulated, is less than the... 
