 | James Ferguson, David Brewster - Astronomy - 1806 - 532 pages
...time, will be reciprocally as the radius or length of the sail. Maxim 7. The load, at a maximum, which sails of a similar figure and position will overcome,...given distance from the centre of motion, will be as the cube of the radius. Maxim 8. The effects of sails of similar figure and position are as the... | |
 | Royal Society (Great Britain) - Meteorology - 1809 - 778 pages
...the number of turns in a given time will be reciprocally as the radius or length of the sail. Maxim 7. The load at a maximum that sails of a similar figure...given distance from the centre of motion, will be as the cube of the radius. Maxim 8. The effect of sails of similar figure and position, are as the... | |
 | William Marrat - Mechanics - 1810 - 512 pages
...position, the number of turns in a given time will be reciprocally as the radius or length of the sail. 16. The load at a maximum that sails of a similar figure...given distance from the centre of motion, will be as the cube of the radius. 17. The effects of sails of similar position and figure are as the square... | |
 | James Ferguson - Celestial globes - 1814 - 520 pages
...the number of turns in a given time will be reciprocally as the radius or length of the sail. Maxim 7- — The load, at a maximum, that sails of a similar...given distance from the centre of motion, will be as the cube of the radius. * This maxim was confirmed by Enler, Lambert, and Coulomb, •who makes... | |
 | Olinthus Gregory - Mechanical engineering - 1815 - 582 pages
...the number of turns in a given time will be reciprocally as the radius or length of the sail. (16.) The load at a maximum that sails of a similar figure...given distance from the centre of motion, will be as the cube of the radius. (17.) The effects of sails of similar position and figure are as the square... | |
 | James Ferguson - Astronomy - 1823 - 444 pages
...time, will be reciprocally as the radius or length of the sail. Maxim 7. The load, at a maximum, which sails of a similar figure and position will overcome,...given distance from the centre of motion, will be as the cube of the radius. Maxim 8. The effects of sails of similar figure and position are as the... | |
 | John Nicholson - Machinery - 1825 - 822 pages
...the number of turns in a given time will be reciprocally as the radius or length of the sail. Maxim 7. The load at a maximum that sails of a similar figure...given distance from the centre of motion, will be as the cube of the radius. Maxim 8. The effect of sails of similar figure and position are as the square... | |
 | John Nicholson - Machinery - 1825 - 838 pages
...the number of turns in a given time will be reciprocally as the radius or length of the sail. Maxim 7. The load at a maximum that sails of a similar figure...will overcome, at a given distance from the centre of moti' be as the cube of the radius. Maxim 8. The effect of sails of similar figure and position are... | |
 | William Grier - Mechanical engineering - 1832 - 366 pages
...position, the number of turns in a given time will be inversely as the radius of length of the sail. 7. The load at a maximum that sails of a similar figure...given distance from the centre of motion, will be as the cube of the radius. 8. The effect of sails of similar figure and position are as the square... | |
 | William Grier - Mechanical engineering - 1836 - 384 pages
...position, the number of turns in a given time will be inversely as the radius of length of the sail. — 7. The load at a maximum that sails of a similar figure...given distance from the centre of motion, will be as the cube of the radius. — 8. The effect of sails of similar figure and position are as the square... | |
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... 7. The load at a maximum that sails of a similar figure and position will overcome, at a given distance from the centre of motion, will be as the cube of the radius. 
