A Text-book of PhysicsLongmans, Green, and Company, 1902 - 951 páginas |
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Página viii
... Velocity curve . 34. Graphical representation of the space passed over by a moving particle . 35. Space passed over by a particle when its motion is uni- formly accelerated . 36. Graphical representation of a velocity . position of ...
... Velocity curve . 34. Graphical representation of the space passed over by a moving particle . 35. Space passed over by a particle when its motion is uni- formly accelerated . 36. Graphical representation of a velocity . position of ...
Página xiii
... Velocity of propagation of a wave - frequency . 268 . Waves on the surface of a liquid . 269. Gravitational waves ... Velocity of propagation of a transverse wave along a stretched string . 277 * . The velocity of gravitational waves in ...
... Velocity of propagation of a wave - frequency . 268 . Waves on the surface of a liquid . 269. Gravitational waves ... Velocity of propagation of a transverse wave along a stretched string . 277 * . The velocity of gravitational waves in ...
Página xv
... VELOCITY OF LIGHT §362 . Finite velocity of light - Römer . 363. Fizeau's method of measuring the velocity of light . 364. Foucault's method of measuring the velocity of light . 365. Aberration . 366. Theories as to the nature of light ...
... VELOCITY OF LIGHT §362 . Finite velocity of light - Römer . 363. Fizeau's method of measuring the velocity of light . 364. Foucault's method of measuring the velocity of light . 365. Aberration . 366. Theories as to the nature of light ...
Página 5
... velocity , however , is defined as such that a body travelling with this velocity passes over the unit of length in the unit of time , then we have a direct connection between these three units , so that being given the magnitude of the ...
... velocity , however , is defined as such that a body travelling with this velocity passes over the unit of length in the unit of time , then we have a direct connection between these three units , so that being given the magnitude of the ...
Página 7
... velocity ; therefore the unit of velocity [ V ] has the dimensions 1 with reference to the unit of length . Again , if we double the unit of time , we allow the body twice as long to cover the unit of length , supposed to remain ...
... velocity ; therefore the unit of velocity [ V ] has the dimensions 1 with reference to the unit of length . Again , if we double the unit of time , we allow the body twice as long to cover the unit of length , supposed to remain ...
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Términos y frases comunes
acceleration amplitude axis Boyle's law called calorimeter carbon dioxide centimetre centre Charles's laws circle coefficient component constant convex lens curve cylinder density direction displacement distance equal equation equilibrium force acting fork frequency friction gases given glass gram gravity Hence hydrogen incident increase interval kinetic energy length lens light liquid magnitude mass means measured medium mercury mirror molecules motion moving nodal lines obtained overtones parallel particle pass pendulum period piston plane position potential energy poundal pressure produced quantity of heat radiation radius ratio reflected rays refractive index represent resultant right angles rotation scale shown in Fig solid sound-waves specific heat speed sphere square centimetre straight line string substance suppose surface surface tension T₁ temperature tone tube unit vapour velocity of sound vertical vessel vibrations volume wave-front wave-length waves weight
Pasajes populares
Página 580 - When a ray of light passes from one medium to another, it is refracted so that the ratio of the sine of the angle of incidence to the sine of the angle of refraction is equal to the ratio of the velocities in the two media.