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" Subtract its power from that term, and bring down the second term for a dividend. 3. Involve the root, last found, to the next lowest -power, and multiply it by the index of the given power for a divisor. "
A Course of Mathematics: In Two Volumes : for the Use of Academies, as Well ... - Page 202
by Charles Hutton - 1816
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Cyclomathesis: Or, An Easy Introduction to the Several Branches of ..., Volume 4

William Emerson - Mathematics - 1764 - 582 pages
...which place in the quotient : fubtraft its power, the remainder is the refidual. Involve this root to the next lower power, and multiply it by the index of the given power, for a divifor j by this divide the firft term of the reiidual, the quotient is the next term of the root....
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A Treatise of Algebra: In Two Books ...

William Emerson - Algebra - 1780 - 574 pages
...member, which place in the quotient : fubtrad its power, the remainder is the refidual. Involve this root to the next lower power* and multiply it by the index of the given power, for a divifor ? by this divide the firft term of~the refidual, the quotient is the next term of the root....
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An Introduction to Algebra: With Notes and Observations: Designed for the ...

John Bonnycastle - Algebra - 1782 - 226 pages
...and bring down the fecond term for a dividend. 3. Involve the root, laft found, to the next lowefi power, and multiply it by the index of the given power for a divifor. 4. Divide the dividend by the divifor, and the quotient will be the next term of the root....
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Mathematics: Compiled from the Best Authors and Intended to be the ..., Volume 1

Mathematics - 1801 - 446 pages
...and bring down the second term for a dividend. 3. Involve the root, last found, to the next inferior, power, and multiply it by the index of the given power for * divisor. 4. Divide the dividend by the divisor, and the quotient will be the next term of the root....
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A Complete Treatise on Arithmetic, Rational and Practical: Wherein the ...

Paul Deighan - Arithmetic - 1804 - 504 pages
...Subtraft its power from that term, and bring down the fecond term for a dividend. 3. Involve the root laft found to the next lower power, and multiply it by the index of the given power for a divifor, 4. Divide the dividend by the divifor, and the quotient will be the next term of the root....
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A New and Complete System of Arithmetick: Composed for the Use of the ...

Nicolas Pike - Algebra - 1808 - 470 pages
...and bring down the second terra for a dividend. 3. Involve the root, last found, to the next lowest power, and multiply it by the index of the given power, for a divisor. 4. Divide the dividend by the divisor, and the quotient will be the next term of the root 5. Involve...
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Mathematics: Compiled from the Best Authors, and Intended to be ..., Volume 1

Samuel Webber - Mathematics - 1808 - 466 pages
...bring down the second term for a dividend. 3. Involve the root, already found, to the next inferior power, and multiply it by the index of the given power for a divisor. 4. Divide the dividend by the divisor, and the quotient will be the next term of the root. 5. Involve...
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A Course of Mathematics ...: Composed for the Use of the Royal Military ...

Charles Hutton - Mathematics - 1811 - 406 pages
...set it in the quotient. — Subtract its power from that term, and bring down the second term for ^ dividend. — Involve the root, last found, to the...first term of the remainder by the divisor first found ; and so on till the whole is finished*. EXAMPLES. * As this method, in high powers, may be thought...
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An Introduction to Algebra: With Notes and Observations: Designed for the ...

John Bonnycastle - Algebra - 1811 - 230 pages
...and bring down the second term for a dividend. 3. Involve the root, last found, to the next lowest -power, and multiply it by the index of the given power for a divisor. 4. Divide the dividend by the divisor, and the quotient will be the next term of the root. 5. Involve...
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Easy Introduction to Mathematics, Volume 1

Charles Butler - 1814 - 540 pages
...quotient. II. Subtract its power from that term, and bring down the second term for a dividend. III. Involve the root last found to the next lower power,...it by the index of the given power, for a divisor. IV. Divide the dividend by the divisor, and the quotient will be the next term of the root. V. Involve...
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