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A particle moving in a straight line is subject to a resistance which BlU the retardation kv, where v is the velocity and k is a constant. Show and t (the time) are given in terms of a (the distance) by the equ 1 t=こke? 2 kx? +", where u is the initial velocity. kux + 1 enoo s i A o1sriw A4

A particle moving in a straight line is subject to a resistance which BlU the retardation kv, where v is the velocity and k is a constant. Show and t (the time) are given in terms of a (the distance) by the equ 1 t=こke? 2 kx? +", where u is the initial velocity. kux + 1 enoo s i A o1sriw A4

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64MP AL QUAD CAMERA R 16 Kinematics of a Particle boxit odi abuwot gaivom ai oloitinq ad oie. neh PROBLEMS DA particle moving in a straight line is subject to a resistance which produces the retardation kv, where v is the velocity and k is a constant. Show that v and t (the time) are given in terms of a (the distance) by the equations 1 t = where u is the initial velocity. V = kux + 1 yd nayig aj 0 inion boxit o rloso1 of & omis odi nort o gaitu A+0al-
Transcribed Image Text:64MP AL QUAD CAMERA R 16 Kinematics of a Particle boxit odi abuwot gaivom ai oloitinq ad oie. neh PROBLEMS DA particle moving in a straight line is subject to a resistance which produces the retardation kv, where v is the velocity and k is a constant. Show that v and t (the time) are given in terms of a (the distance) by the equations 1 t = where u is the initial velocity. V = kux + 1 yd nayig aj 0 inion boxit o rloso1 of & omis odi nort o gaitu A+0al-
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