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A satellite of mass m moves under the attractive inverse square field -(mγ /r2)r^ and is also subject to the linear resistance force -mKv, where K is a positive constant. Show that the governing equations of motion can be reduced to the form
r·· + Kr· + (γ/r2) - (L02e-2Kt/r3) = 0,
r2θ· = L0e-Kt,
where L0 is a constant which will be assumed to be positive. Suppose now that the effect of resistance is slight and that the satellite is executing a ‘circular' orbit of slowly changing radius.
By neglecting the terms in r and r, find an approximate solution for the time variation of r and θ in such an orbit. Deduce that small resistance causes the circular orbit to contract slowly, but that the satellite speeds up!
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a piston cylinder device contains 0.5 kg of water at 1.0mpa and 400oc. now it is cooled to 1mpa in sat-v phase.
descriptive questions - give brief answers in words. no calculations are required. you may write your answers in point
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A 5mm thick sheet of palladium with a cross sectional area of 0.2m^2 is used as a steady-state diffusion membrane in order to purify H2.The H2 concentration on the high pressure side of the sheet (i.e., the impure H2) is 1.5kg/m3 and that at the low ..
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The 1200-lb trunk has a cen- ter of gravity at G.The felling notch at Ois suf?- ciently large so that the resisting moment there is negligible.
Compute the magnitude of the force P at the free end necessary to reduce the stress at point B to zero. Then compute the maximum combined stress at point A.
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