 | John Smeaton - Water-wheels - 1760 - 96 pages
...w (MM | ii « I "•_ N •ssjduiBxg T) Maxim Maxim 4th. The aperture being the fame ', the effett •will be nearly as the cube of the velocity of the 'water. This alfo will appear by comparing the contents of columns 3, 8, and 10 ; as for 'Example ijt, of N°.... | |
 | John Smeaton - Mechanical engineering - 1796 - 144 pages
...fame, the Effect is nearly as the Square of its Velocity - ------ i ^ IV. The Aperture being the fame, the Effect will be nearly as the Cube of the Velocity of the Water ---------21 OF OVERSHOT WHEELS ------ 25 I. Of the Ratio between the Power and Effect of Over/hot Wheels... | |
 | James Ferguson, David Brewster - Astronomy - 1806 - 532 pages
...: 5* nearly, that is, as 16 to 25, the squares of the respective velocities of the water. Maxim 4. The aperture being the same, the effect will be nearly as the cube of the velocity of the water. — That is, if a mill driven by water, moving through a certain aperture, with the velocity of four... | |
 | Royal Society (Great Britain) - Meteorology - 1809 - 778 pages
...appear by comparing the contents of columns 3, 8, and 10, in any of the sets of experiments. Maxim 4. The aperture being the same, the effect will be nearly as the cube of the velocity of the water. — This also will appear by comparing the contents of columns 3, 8, and 10. Ob&. 1. On comparing column... | |
 | William Nicholson - 1809 - 734 pages
...the same, the effect ы nearly as the square of the velocity. 4. The aperture whence the fluid issues being the same, the effect will be nearly as the cube of the velocity. Hence, if water passes out of an aperture in the sume section, but with different velocities, the expence... | |
 | William Nicholson - Natural history - 1809 - 700 pages
...the one, the effect is nearly as the square of the Triocity. 4. The aperture whence the (hid issues being the same, the effect will be nearly as the cube of (lie velocity. Hence, if water passes out of an apertnre in the same section, bnt with different velocities.... | |
 | John Smeaton - Civil engineering - 1814 - 276 pages
...i42"" 1 *thj 21 4S 228 3«7 >Wjd,| J*;**;,}, 12^:538 12 : 13 Maxim IV. The aperture being the fame, the effect will be nearly as the cube of the velocity of the water. • This alfo will appear by comparing the contents of columns 3, 8, and 10; as for Example ift, of... | |
 | Olinthus Gregory - Mechanical engineering - 1815 - 604 pages
...The quantity of water expended being the same, the effect is nearly as the square of the velocity. 4. The aperture being the same, the effect will be nearly as the cube of the velocity of the water. Hence, if water passes out of an aperture in the same section, but with different velocities, the expence... | |
 | William Nicholson - Natural history - 1821 - 358 pages
...the same, the effect is nearly as the square of the velocity. 4. The aperture whence the fluid issues being the same, the effect will be nearly as the cube of the velocity. Hence, if water passes out of an aperture in the same section, but with different velocities, the expence... | |
 | William Nicholson - Natural history - 1821 - 356 pages
...the same, the effect is nearly as the square of the velocity. 4. The aperture whence the fluid issues being the same, the effect will be nearly as the cube of the velocity. Hence, if water passes out of an aperture in the same section, but with different velocities, the expence... | |
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The aperture being the same, the effect will be nearly as the cube of the velocity of the water. 
