| Benjamin Greenleaf - 1854 - 374 sider
...the third power of 4. And, if the logarithm of any number be divided by the index of its root, the quotient will be equal to the logarithm of that root....convenient for practice are such as are adapted to a geometrical series increasing in a ten-fold ratio, as in the last of the above forms ; and are those... | |
| Henry S. Merrett - 1863 - 428 sider
...numbers, by only changing the second term, 2, 3, or 10, &c., of the geometric series of whole numbers. The logarithms most convenient for practice are such...series, increasing in a tenfold proportion as in the above form ; and are those which are found at present in most of the common tables on this subject.... | |
| Henry S. Merrett - 1863 - 476 sider
...numbers, by only changing the second term, 2, 3, or 10, &c., of the geometric series of whole numbers. The logarithms most convenient for practice are such...series, increasing in a tenfold proportion as in the above form ; and are those which are found at present in most of the common tables on this subject.... | |
| Henry Davis Hoskold - 1863 - 308 sider
...logarithm of that root ; the index or logarithm of 64 (in the first series) is 6, if divided by 2 = 3, which is the logarithm of 8 or the square root of 64."* The logarithms most convenient for use are such as are adapted to the geometrical series, increasing in a tenfold proportion, as in the... | |
| John William Norie, J. W. Saul - 1917 - 642 sider
...or the square of 16. Again : if the logarithm of any number be divided by the index of its root, the quotient will be equal to the logarithm of that root : thus, the index or logarithm of 256 is 8 ; now, 8 divided by 2 gives 4, which is the logarithm of 16, or the square root of 256, according... | |
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