英:[huk]
美:[hʊk]
英:[huk]
美:[hʊk]
胡克定律
’s law
1 The telescope itself provides a form of space travel; as Hooke put it, a ‘transmigration into heaven, even whil’st we remain here upon earth in the flesh’.
2 Before the mid-seventeenth century, gears were laid out and cut by hand; Hooke designed the first machine to produce identical gears, thus making possible the mass production of machinery.
3 When Oldenburg mischievously reported an exaggerated account of Hooke’s views to Newton, deliberately trying to stir up trouble, he succeeded better than he could have expected.
4 Hooke's law of elasticity?
胡克弹性定律?
5 Hooke's Law - Springs - Simple Harmonic Motion - Pendulum - Small Angle Approximation.
虎克定律 - 弹力 - 简谐运动 - 钟摆 - 小角度近似.
6 Michel : Ever hear of tensile strength? Hooke's Law of Elasticity?
听说过抗张强度 吗 ?胡克弹性定律.
7 Several factors conspired to prevent Hooke building on the achievements described in Micrographia to the extent that he might have done.
8 On the scientific side, apart from the work on gravity, in 1678 Hooke came up with his best-known piece of work, the discovery of the law of elasticity which bears his name.
9 We can now see why Newton regarded this whole business with such irritation—he was far more worried about his future position in Cambridge than about being polite to Hooke.
10 J. G. Crowther has neatly summed up the real root of the problem, which Oldenburg fanned into flame: ‘Hooke could not understand what tact had to do with science...Newton regarded discoveries as private property’.
11 Michael : Ever hear of tensile strength? Hooke's Law of Elasticity?
听说过延展强度 吗 ?胡克定律?
12 Nevertheless, it has been claimed that the innovations of Galileo, Hooke and Huygens made possible the geared machinery of the Industrial Revolution.
13 Hooke’s imagery is misleading—and he was misled by it.
14 Robert Hooke was born on the stroke of noon on 18 July 1635, seven years before Galileo Galilei died.
15 We know a great deal about Hooke’s later life from a diary which he started to keep in 1672.
16 The following year, Isaac Newton published his epic work on light and colour, Opticks, having deliberately sat on it for thirty years, waiting for Hooke to die.
17 In a correspondence beginning in 1668, Hooke implored him to switch to telescopic sights, but Hevelius stubbornly refused, claiming that he could do just as well with open sights.
18 But for the individuals caught up in it—for Galileo, Hooke, Boyle and their colleagues—it represents a series of sudden, urgent transformations.
19 This could have been the forerunner of the kind of chronometer that would have been accurate and dependable enough to determine longitude at sea, and Hooke claimed to have worked out how to achieve this.
20 Hooke and Newton were both, as far as their science is concerned, entirely seventeenth-century figures, though they did both live into the new century.