 | Isaac Dalby - 1806 - 526 sider
...the quotient is the second term m the root : VOL. I I. K Subtract the cube of the root already found from the given quantity, and divide the first term of the remainder by 3 times the square of the first term, as before, and the quotient is the third term in the root : Subtract... | |
 | John Bonnycastle - 1813 - 456 sider
...next term of the root. Involve the whole of the root, thus found, to its proper power, which subtract from the given quantity, and divide the first term of the remainder by the same divisor as before; and proceed in this manner, till the whole is finished (л1). - (т) As this... | |
 | Jeremiah Day - 1814 - 304 sider
...which is used in arithmetic. After arranging the terms according to the powers of one of the letters, take the root of the first term,- for the first term of the required root, and subtract the power from the given quantity. Bring down two other terms for a dividend. Divide by... | |
 | John Bonnycastle - 1818 - 284 sider
...next term of the root * Involve the whole of the root, thus found, to its proper power, which subtract from the given quantity, and divide the first term of the remainder by the same divisor as before ; and proceed in this manner tilt the whole is finished. (;,) * EXAMPLES. 1.... | |
 | James Ryan, Robert Adrain - 1824 - 542 sider
...next term of the root. Involve the whole of the root, thus found, to its proper power, which subtract from the given quantity, and divide the first term of the remainder by the same divisor as before. Proceed in the same manner, for the next following term of the root ; and so... | |
 | James Ryan - 1824 - 550 sider
...next term of the root. Involve the whole of the root, thus found, to its proper power, which subtract from the given quantity, and divide the first term of the remainder by the same divisor as before. Proceed in the same manner, for the next following term of the root ; and so... | |
 | John Bonnycastle - 1825 - 336 sider
...next term of the root. Involve the whole of the root, thus found, to its proper power, which subtract from the given quantity, and divide the first term of the remainder by the same divisor as before ; and proceed in this manner till the whole is finished*. « As this rule, in... | |
 | Enoch Lewis - 1826 - 180 sider
...63. CASE 3. 38. To extract any root of a compound quantity. Arrange the terms as before directed ; take the root of the first term for the first term of the root, and subtract its power from the given quantity. Take for a divisor, twice this root, three times... | |
 | Jeremiah Day - 1827 - 352 sider
...which is used in arithmetic. After arranging the terms according to the powers of one of the letters, take the root of the first term, for the first term of the required root, and subtract the power from the given quantity. Bring down two other terms for a dividend. Divide by... | |
 | Alexander Ingram - 1830 - 458 sider
...— 1. = x'—Sxa + a1. *• ; 6. , 78. TO EXTRACT ANY OTHER ROOT. Arrange the terms as in Division ; take the root of the first term for the first term of the root ; raise this root to a power less by one than the given power, and multiply it by the name of... | |
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Then divide the first term of the remainder by the first term of the divisor... 
