 | Benjamin Greenleaf - 1854 - 374 sider
...then bring down the second tem for a dividend. 3. Involve the root last found to the next inferior power, and multiply it by the index of the given power...dividend by the divisor, and the quotient will be the Tiext term of the root. 5. Involve the whole root thus found to the required power, which subtract... | |
 | Benjamin Greenleaf - 1863 - 372 sider
...last found to the next inferior power, and multiply it by the index of the given power for a dioisar. 4. Divide the dividend by^ the divisor, and the quotient...the next term of the root. 5. Involve the whole root thus found to the required power, which subtract from the given quantity, and divide the first term... | |
 | Benjamin Greenleaf - 1864 - 516 sider
...then Iring down the seccmd term for a dieidejid. 3. Involve the root last found to the next inferior power, and multiply it by the index of the given power...will be the next term of the root. 5. Involve the wJiole root thus found to the reyuircd pmver, which subtract from the given quantity, and divide tfte... | |
 | Benjamin Greenleaf - 1867 - 376 sider
...3. Involve the root last found to the next inferior power, and multiply it by the index of the giaen power for a divisor. 4. Divide the dividend by the divisor, and the quotient will be che next term of the root. 5. Involve the whole root thus found to the required power, which subtract... | |
 | Edward Nugent (C.E.) - 1868 - 294 sider
...radii by the same distance F c, and to this product add twice the product of the radii, for a divisor. Divide the dividend by the divisor, and the quotient will be the focal distance, c/, required. If the lens is equally convex, multiply the distance F c by the radius... | |
 | Edward Nugent - 1870 - 304 sider
...the same distance, F c, and from this product subtract twice the product of the radii, for a divisor. Divide the dividend by the divisor, and the quotient will be the focal distance, c/, required. Rule if the Lens is equally Convex. — Multiply the distance of the... | |
 | Shelton Palmer Sanford - 1872 - 404 sider
...a DIVISOR. II. Multiply the given sum by the representative of the rate of interest for a DIVIDEND. Divide the dividend by the divisor, and the quotient will be the FACE of the note. EXAMPLES. 2. Required the face of a note payable in 5mo. 15da., so that, discounted... | |
 | William James Milne - 1881 - 360 sider
...given polynomial. Divide the first term of the remainder by twice the root already found, as a trial divisor, and the quotient will be the next term of the root. Write this result in the root, and annex it to the trial divisor, to form a complete divisor. Multiply... | |
 | James Bates Thomson - 1884 - 334 sider
...the first term of the remainder by three times the square of the first term of the root as a trial divisor, and the quotient will be the next term of the root. III. Complete the divisor by adding to it three times the product of the first term by the second,... | |
 | William James Milne - 1894 - 212 sider
...given polynomial. Divide the first term of the remainder by twice the root already found, as a trial divisor, and the quotient will be the next term of the root. Write this result in the root, and annex it to the trial divisor to form a complete divisor. Multiply... | |
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... 4. Divide the dividend by the divisor, and the quotient will be the next term of the root. 5. Involve the whole root... 
