Intermediate Physics |
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Page 90
... vertical is partly immersed in the liquid as in Fig . 75 ( a ) . The plate is rotated about a horizontal axis until ... Vertical Plates .— ( a ) Parallel plates . To calculate the amount of this rise we may use Fig . 77 . Let the ...
... vertical is partly immersed in the liquid as in Fig . 75 ( a ) . The plate is rotated about a horizontal axis until ... Vertical Plates .— ( a ) Parallel plates . To calculate the amount of this rise we may use Fig . 77 . Let the ...
Page 100
... vertical plates inclined at a small angle to one another . 6 13. - Describe and explain what happens when minute camphor particles are scattered on a clean water surface . Why does immersing one's finger in the water modify the effect ...
... vertical plates inclined at a small angle to one another . 6 13. - Describe and explain what happens when minute camphor particles are scattered on a clean water surface . Why does immersing one's finger in the water modify the effect ...
Page 479
... vertical components of the earth's field , and are referred to as H and V respectively ; in fact , H is the magnetic ... vertical plane passing through the axis of such a magnet is called the magnetic meridian , as distinct from the ...
... vertical components of the earth's field , and are referred to as H and V respectively ; in fact , H is the magnetic ... vertical plane passing through the axis of such a magnet is called the magnetic meridian , as distinct from the ...
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æther amperes angle angle of incidence apparatus axis body bulb calculated calorimeter cell centre charge circuit coefficient coil colour condenser conductor connected constant convex convex lens copper curve cylinder deflexion density determined diameter direction disc displacement distance earth electric electrolyte electromotive force electroscope energy equal equation experiment focal length force frequency galvanometer glass Hence horizontal hydrometer incident increased instrument latent heat lens light liquid magnetic field mass measured mercury metal method mirror molecules motion moving needle object observed obtained ohms parallel particles passes piece placed plane plate pole position potential difference potentiometer pressure prism produced radiation radius rays reflected reflexion refraction refractive index resistance retina rotated shown in Fig solution specific heat sphere substance surface telescope temperature thermal thermometer thermopile tube unit vapour velocity vertical vibrations volts volume waves whilst wire zero