...multiply the Divifor by the Ian figure put in the Quotient (as in common Divifors) the PrcMÍucl lubtrafl from the Dividend, and to the remainder bring down the next Period, which proceed with as before. But if it happens that the given refolvcnd is not a perfefl Square, Cube,...

...multiply the divifor by the laft figure put in. the quotient (as in common divifion) the produft fubtraft from the dividend, and to the remainder bring down the next period, and proceed thus till all the figures or periods are brought down. Note. If at laft there be no remainder,...

...the cube of the laft quotient figure, and call their fum the fultrahsnd. 7. Subirán the fubtrahend from the dividend, and to the remainder bring down the next period fora new dividend, with whicn proceed as before, and fo on till the whole be finiihed. Nsfe. The fame...

...divifor, and place the refult in the quotient. Then multiply the whole divifor thereby, and fubtract the product from the dividend, and to the remainder bring down the next term in the dividend. And repeat the operation as in common arithmetic. But the terms in the dividend...

...multiply the Divisor by the last Figure put in the Quotient 'as in common Divisioni the Product subtract from the Dividend, and to the Remainder bring down the next Period, which proceed with as before. Nott 1. But if it happens that the given Resolvend is not a perfect Square,...

...divisor ; .then multiply the increased divisor, by the last figure placed in the root, subtractthe product from the dividend, and to the remainder bring down the next period, for anew dividend. 4. Double the root already found, for a new divisor, and find another figure in the...

...last figure always to the last divisor, as it is done in the subsequent examples. Multiply the whole augmented divisor by this last quotient figure, and subtract the product from the said dividend, bringing down to it the nexi period of the given number for a new dividend. Repeat the...

...right-hand figure ; and set that quotient figure both in the quotient and divisor. Multiplythe whole augmented divisor by this last quotient figure, and subtract the product from the said dividend, bringing down to it the next period of the given number, for a new dividend. Repeat...

...last figure always to the last divisor, as it is done in the subsequent examples. Multiply the whole augmented divisor by this last quotient figure, and subtract the product from the said dividend, bringing down to it the next period of the given number for a new dividend. Repeat the...

...the divisor by(t'he' last' figure' put in the quotient, as in common Division, swbYrac't thV protmct from the dividend, and to the remainder bring down the next period, which pro-. ceed with as before. Note 1. But if it .happen that the given resolvend is not a pferTe'ct...