 ... to the remainder the next period for a new dividend. Double the part of the root already found for a new trial divisor and proceed as before until the desired number of digits of the root have been found.  Complete School Algebra - Page 242by Herbert Edwin Hawkes, William Arthur Luby, Frank Charles Touton - 1919 - 507 pagesFull view - About this book
 | Edward Albert Bowser - Algebra - 1888 - 868 pages
...the product from the remainder. If there are other terms remaining, take three times the square of the part of the root already found for a new trial divisor; and continue the operation until there is no remainder. or until all the terms of the root have been obtained.... | |
 | David Martin Sensenig - Algebra - 1889 - 388 pages
...only such terms as are needed. 5. If the root has more than two terms, take three times the square of the root already found for a new trial divisor, and proceed as before to obtain the next term of the root, the new corrections, and the new complete divisor. Continue the... | |
 | David Martin Sensenig - Algebra - 1890 - 556 pages
...bringing down only the terms needed. 5. If the root has more than two terms, take three times the square of the root already found for a new trial divisor, and proceed as before to obtain the next term of the root and the new complete divisor. Continue the process until all the... | |
 | John Charles Stone, James Franklin Millis - Algebra - 1911 - 698 pages
...and subtract the product from the preceding remainder. (5) If there is still a remainder, double all of the root already found, for a new trial divisor, and proceed as before. Continue this process until all terms of the root are found. EXERCISES Find the square roots of the... | |
 | Herbert Edwin Hawkes, William Arthur Luby, Frank Charles Touton - Algebra - 1917 - 344 pages
...omitting the explanations and unnecessary zeros as follows: 28'09[53 Г74'24 [132 25 ~ 1 103 309 23 309 74 69 262 524 524 The method of the two preceding solutions...and proceed as before until the desired number of digit« of the root have been found. After extracting the square root of a number involving decimals,... | |
 | Herbert Edwin Hawkes, William Arthur Luby, Frank Charles Touton - Algebra - 1918 - 296 pages
...digit, subtract the result from the dividend, and annex to the remainder the next period, thus making a new dividend. Double the part of the root already...of the root have been found. After extracting the seriare root of a number involving decimals, point off one decimal place in the root for every decimal... | |
 | Samuel Edward Dibble - Plumbing - 1922 - 648 pages
...multiply this complete divisor by the second root digit, subtract the result from the dividend, and add to the remainder the next period for a new dividend....new trial divisor and proceed as before until the root is obtained to the desired number of places. Example. — Extract the square root of 244.9225... | |
 | Herbert Edwin Hawkes, William Arthur Luby, Frank Charles Touton - Algebra - 1926 - 456 pages
...by this root digit, subtract the result from the dividend, and annex to the remainder the next group for a new dividend. Double the part of the root already...off one decimal place in the root for every decimal group in the number. CHECK. If the root is exact, square it. The result should be the original number.... | |
 | United States. War Department - 190 pages
...group for a new dividend. f. Obtain a new trial divisor by doubling the part of the root already found, and proceed as before until the desired number of digits of the root have been found. g. After extracting the square root of a number involving decimals, point off one decimal place in... | |
 | Pliny Earle Chase - Arithmetic - 1848 - 300 pages
...the product from the dividend, and annex the next period to the remainder, for a new dividend. Double the root already found for a new trial divisor, and proceed as before. Repeat this operation for each succeeding root figure, until all the periods are brought down. When... | |
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