 | Vladimir Zalmanovich Parton, Evgeniĭ Mikhaĭlovich Morozov - Science - 1989 - 316 pages
...are complemented by six corollaries, of which we reproduce here the following three: "Corollary 1. A body by two forces conjoined will describe the diagonal...it would describe the sides, by those forces apart. 12) The word hypothesis was actually not totally alien to Newton's thinking (and writing). lt will... | |
 | Roberto Torretti - Philosophy - 1999 - 532 pages
...relating to force, which contain useful truths: for instance, that a body with conjunct forces describes the diagonal of a parallelogram in the same time that it would the sides with separate. Is not this a principle of very extensive use? Doth not the doctrine of the... | |
 | Brian Lasater - History - 2008 - 600 pages
...using this equation, astronomers can determine the mass of a planet, or even a galaxy! Corollary I A body by two forces conjoined will describe the diagonal...it would describe the sides, by those forces apart. (Hutchins, v. 34, p. 369-72) He developed the law of centripetal acceleration step by step until he... | |
 | Sir Norman Lockyer - Electronic journals - 1898 - 674 pages
...has he even attempted to do so. What Newton did prove was the proposition that ' A body [acted on] by two forces conjoined will describe the diagonal of a parallelogram in the same time as it would describe the sides, by those two forces apart.' It is the truth of this mathematical proposition... | |
 | Sir Norman Lockyer - Electronic journals - 1898 - 678 pages
...nor has he even attempted to do so. What Newton did prove was the proposition that 'A body [acted on] by two forces conjoined will describe the diagonal of a parallelogram in the same time as it would describe the sides, by those two forces apart.' It is the truth of this mathematical proposition... | |
 | Sir Norman Lockyer - Electronic journals - 1898 - 702 pages
...has he even attempted to do so. What Newton tlid prove was the proposition that ' A body [acted on] by two forces conjoined will describe the diagonal of a parallelogram in the same time as it would describe the sides, by those two forces apart.' It is the truth of this mathematical proposition... | |
| |
... forces describes the diagonal of a parallelogram, in the same time that it would the sides with separate. 
