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A block of mass m is tied to a cord of length L that is pivoted at the center of a frictionless table. A second block of mass m is tied to the ?rst block also on a cord of length L, and both are set in motion so that they rotate together at angular speed ω as given above. The tensions T1 and T2 in the cords are:
1) T1 = 3mω2L, T2 = 2mω2L
2) T1 = mω2L, T2 = 2mω2L
3) T1 = mω2L, T2 = mω2L
4) T1 = 2mω2L, T2 = 2mω2L
5) T1 = mω2L, T2 = 4mω2L
Principle Ray III . Preliminary from the head of the arrow that the object is ray III travels directly toward the focal point on the other side of the lens. However at the plane of
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l question.. a particle rest on the top of a hemi spher radius R find the smallest horizondal velocity that must imparted to the particle if it''s to leave the hemi
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When the two simple harmonic motions have dissimilar amplitudes and also vary in phase but they have the similar periodic time : The resultant curve may be obtained graphically
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