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" number into periods of two figures each, beginning at units. Find the greatest square in the left-hand period, and write its root for the first figure of the required root. Square this root and subtract the result from the left-hand period, and annex... "
The Practical Arithmetic on the Inductive Plan: Including Oral and Written ... - Page 324
by William James Milne - 1878 - 391 pages
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University Algebra : Embracing a Logical Development of the Science with ...

Charles Davies - Algebra - 1860 - 332 pages
...contain less than n figures. We next find the greatest >/ Ul power in the first period on the left, and write its ยป/>'' root for the first figure of the required root. We then subtract the n t}l power of this root from the first period, bring down the next period, and...
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New Elementary Algebra: Containing the Rudiments of Science for Schools and ...

Horatio Nelson Robinson - Algebra - 1866 - 328 pages
...figures each, counting from the units 1 place to the left and right. II. Find the greatest perfect square in the left-hand period, and write its root for the first figure in the required root ; subtract the square of this figure from the first period, and to the remainder...
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New University Algebra: A Theoretical and Practical Treatise Containing Many ...

Horatio Nelson Robinson - 1868 - 430 pages
...figures each, counting from unit's place toward the left and right. II. Find the greatest square number in the left-hand period, and write its root for the first figure in, the root sought; subtract the square number from the left-hand period, and to tli/e remainder bring...
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New University Algebra: A Theoretical and Practical Treatise, Containing ...

Horatio Nelson Robinson - Algebra - 1872 - 436 pages
...figures each, counting from unit's place toward the left and right. II. Find the greatest square number in the left-hand period, and write its root for the first figure in the root sought; subtract the tquare number from the left-hand period, and to the remainder bring...
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Common School Arithmetic on the Analytic System: With an Appendix of the ...

Shelton Palmer Sanford - Arithmetic - 1872 - 404 pages
...toward the left in whole numbers, and inward the right in decimals. II. Find the greatest square number in the left-hand period, and write its root for the first figure in the root; subtract the square number from the left-hand period, and to the remainder bring down...
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New Elementary Algebra: Containing the Rudiments of the Science for Schools ...

Horatio Nelson Robinson - Algebra - 1874 - 340 pages
...two figures each, counting from the units' place to the left and right. II. Find the greatest perfect square in the left-hand period, and -write its root for the first figure in the required root; subtract the square of this figure from the first period, and to the remainder...
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New Elementary Algebra: Containing the Rudiments of the Science for Schools ...

Horatio Nelson Robinson - Algebra - 1875 - 340 pages
...two figures each, counting from the units' place to the left and right. II. Find the greatest perfect square in the left-hand period, and write its root for the first figure in the required root; subtract the square of this figure from the first period, and to the remainder...
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New University Algebra

Horatio Nelson Robinson - Algebra - 1875 - 430 pages
...figures sach, counting from unit's place toward the left and right. II. Find the greatest square number in the left-hand period, and write its root for the first figure, in the root sought; subtract the square number from the left-hand period, and to the remainder bring...
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Manual of Algebra

William Guy Peck - Algebra - 1875 - 348 pages
...three figures. II. Find from the table, the greatest perfect cube in the first period on the left, and write its root for the first figure of the required root; subtract this cube from the first period, and to the remainder annex the following period for a dividend....
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Complete Arithmetic: Theoretical and Practical

William Guy Peck - Arithmetic - 1877 - 430 pages
...but one figure. II. Find from tJie table the greatest perfect square in the first period on the left, and write its root for the first figure of the required root; subtract this square from the first period, and to the remainder annex the following period for a dividend....
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