...of figures already obtained may be found without error by division, the divisor to be employed being three times the square of the part of the root already found. 397. The cube root of a common fraction is found by taking the cube roots of the numerator and denominator...

...of figures already obtained may be found without error by division, the divisor to be employed being three times the square of the part of the root already found. 397. The cube root of a common fraction is found by taking the cube roots of the numerator and denominator...

...the remainder. IV. If there are more than two terms in the root, for the second trial divisor, take three times the square of the part of the root already found, and completing the divisor as before, continue the operation until the root of all the terms is found....

...of figures already obtained may be found without error by division, the divisor to be employed being three times the square of the part of the root already found. RULE. — Separate the number into 3-ßgure periods, beginning with ones in an integer, and with tenths...

...of figures already obtained may be found without error by division, the divisor to be employed being three times the square of the part of the root already found. 282. The cube root of a common fraction is found by taking the cube roots of the numerator and denominator...

...of figures already obtained may be found without error by division, the divisor to be employed being three times the square of the part of the root already found. Ex. 78. Find the cube roots of: 1. 274,625. 5. 109,215,352. 9. 2.803221. 2. 110,592. 6. 1,481,544....

...of the root, and subtract 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 figures already obtained may be found without error by division, the divisor to be employed being three times the square of the part of the root already found. Since the fourth power is the square of the square, and the sixth power the square of the cube, the...

...of figures already obtained may be found without error by division, the divisor to be employed being three times the square of the part of the root already found. 397. The cube root of a common fraction is found by taking the cube roots of the numerator and denominator...

...analogous to that laid down in the rule, except that the trial divisor, instead of being always 3r J , is three times the square of the part of the root already found. 225. Scholium m.— Since R 2 =P— { 3 :=P— (r s + 3rV+3rr*+r /! ') =P— r»— 3rV— 3rr"—...