Titlebook: A Student‘s Guide Through the Great Physics Texts; Volume III: Electric Kerry Kuehn Textbook 2016 Springer International Publishing Switzer

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Niina Saarinen,Sari M?kel?,Risto Santtirk is stored, so to speak, as .. Examples of this are the lifting of a body to a new height or the stretching of a spring. The precise amount of work required—and the potential energy stored—depends on the force which must be overcome in order to change its configuration from an initial to a final s

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M. Takagi,H. Hayashi,T. Yoshidaeometric optics treats light very simply as a set of rays whose trajectories are governed by well-defined rules, such as the laws of reflection and refraction. Before exploring Newton’s theory of light in greater detail, let us turn to the work of his famous contemporary, Christiaan Huygens. Huygens

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https://doi.org/10.1007/978-94-011-0437-1ey the law of reflection when striking a mirror, bend when traveling from one medium to another, travel at an extraordinary speed, and are able to pass through one another unhindered. Huygens then suggested that these properties of light might be explained by a wave theory, analogous to the well-est

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Chi Kwan Tsang,Atsuko Sagara,Yuto Kamei next two chapters are drawn from Newton’s . included in Book III of his .. These . take the form of rhetorical questions by which Newton articulates his theory of light. He begins slowly, exploring the relationship between light, heat and matter. In particular, in the first 24 . Newton suggests tha

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https://doi.org/10.1007/978-94-010-0369-8 of light are emitted by luminous bodies and fly about like tiny projectiles. But why must these corpuscles obey the laws of reflection and refraction which were laid out so succinctly in Book I of his .? What forces must act upon them so as to change their trajectories appropriately? And if these r

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