 Kelvin (now 40 years ago*) gave the solution of the following problem : — Let the two ends of a cord of any length be attached to two points at the ends of a horizontal arm made to rotate round a vertical axis through its middle point at a constant...  Proceedings of the Royal Society of London - Strona 140autor: Royal Society (Great Britain) - 1857Pełny widok - Informacje o książce
 | 1857 - Liczba stron: 1142
...illustrations it suggests for the two kinds of effect on the plane of polarization referred to above. Let the two ends of a cord of any length be attached to two...through its middle point at a constant angular velocity, a), and let a second cord bearing a weight be attached to the middle of the first cord. The two cords... | |
 | Royal Society (Great Britain) - 1857 - Liczba stron: 650
...W+0-01635 28 8-1260 I -0-00-1 16 W- 0-00638 29 8-1845 I -0-1X1222 W+0-00293 30 8-1529 1-0-001/0 W- 0-00050 points at the ends of a horizontal arm made to rotate...through its middle point at a constant angular velocity, u, and let a second cord bearing a weight be attached to the middle of the first cord. The two cords... | |
 | 1897 - Liczba stron: 494
...rotary motion. Lord Kelvin (now forty years ago)' gave the solution of the following problem : Let the two ends of a cord of any length be attached to two...through its middle point at a constant angular velocity, and let a second cord bearing a material point be attached to the middle of the first cord. The motion... | |
 | 1897 - Liczba stron: 448
...rotary motion. Lord Kelvin (now forty years ago)' gave the solution of the following problem : Let the two ends of a cord of any length be attached to two...through its middle point at a constant angular velocity, and let a second cord bearing a material point be attached to the middle of the first cord. The motion... | |
 | Michael Faraday, John Kerr, Pieter Zeeman - 1900 - Liczba stron: 144
...rotatory motion. Lord Kelvin (now 40 years ago)* gave the solution of the following problem : Let the two ends of a cord of any length be attached to two...through its middle point at a constant angular velocity, and let a second cord bearing a material point be attached to the middle of the first cord. The motion... | |
 | William Thomson Baron Kelvin - 1904 - Liczba stron: 734
...illustrations it suggests for the two kinds of effect on the plane of polarization referred to above. Let the two ends of a cord of any length be attached to two...and the weight a material point, it is required to determine its motion when infinitely little disturbed from its position of equilibrium*. Let I be the... | |
 | William Thomson Baron Kelvin - 1904 - Liczba stron: 848
...illustrations it suggests for the two kinds of effect on the plane of polarization referred to above. Let the two ends of a cord of any length be attached to two...through its middle point at a constant angular velocity, ID, and let a second cord bearing a weight be attached to the middle of the first cord. The two cords... | |
 | Pieter Zeeman - 1913 - Liczba stron: 264
...rotatory motion. Lord Kelvin (now 40 years ago1 ) gave the solution of the following problem : Let the two ends of a cord of any length be attached to two...round a vertical axis through its middle point at p, constant angular velocity, and let a second cord bearing a material point be attached to the middle... | |
 | Pieter Zeeman - 1921 - Liczba stron: 398
...rotatory motion. Lord KELVIN (now 40 years ago 1) gave the solution of the following problem : — Let the two ends of a cord of any length be attached to two...through its middle point at a constant angular velocity, and let a second cord bearing a material point be attached to the middle of the first cord. The motion... | |
 | 1897 - Liczba stron: 590
...rotatory motion. Lord Kelvin (now 40 years ago*) gave the solution of the following problem : — Let the two ends of a cord of any length be attached to two...through its middle point at a constant angular velocity, and let a second cord bearing a material point be attached to the middle of the first cord. .The motion... | |
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