Q) A particle of mass 4 kg rests on a smooth horizontal surface and is attached to a horizontal spring. The mass is then displaced horizontally outwards from the spring a distance of 26 mm and then released to vibrate. If the periodic time is 0.75 s, determine (a) the frequency f, (b) the force required to give the mass the displacement of 26 mm, (c) the time taken to move horizontally inwards for the first 12 mm.
Q) A particle of mass 4 kg rests on a smooth horizontal surface and is attached to a horizontal spring. The mass is then displaced horizontally outwards from the spring a distance of 26 mm and then released to vibrate. If the periodic time is 0.75 s, determine (a) the frequency f, (b) the force required to give the mass the displacement of 26 mm, (c) the time taken to move horizontally inwards for the first 12 mm.
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Q) A particle of mass 4 kg rests on a smooth horizontal surface and is
attached to a horizontal spring. The mass is then displaced horizontally
outwards from the spring a distance of 26 mm and then released to
vibrate. If the periodic time is 0.75 s, determine (a) the frequency f, (b)
the force required to give the mass the displacement of 26 mm, (c) the
time taken to move horizontally inwards for the first 12 mm.
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