WebTherefore, the total kinetic energy will be (7/10)Mv², and conservation of energy yields v = sqrt(-10gΔh/7) If the inclination angle is a, then velocity's vertical component will be v.sin a = sqrt(-10gΔh/7).sin a You can still assume acceleration is constant and, from here, solve it … WebExpert Answer 100% (13 ratings) Transcribed image text: The 30-kg sphere C is released from rest when theta = 0 degree and the tension in the spring is F = 100 N (Figure 1) Determine the speed of the sphere at the instant theta = 90 degree. Neglect the mass of rod AB and the size of the sphere.

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WebThe 10-Kg sphere C is released from rest when theta=0 degrees and the tension in the spring is 100N. Determine the speed of the sphere at the instant theta=90 degrees. … WebThe 10 kg sphere C is released from rest when \theta = 0^o and the tension in the spring F = 100 N. Part A Determine the speed of the sphere at the instant \theta = 90^o. Neglect the mass on... blood donors login scotland

Solved The 10 kg sphere C is released from rest when theta

WebFind step-by-step Engineering solutions and your answer to the following textbook question: The 10 kg sphere C is released from rest when $\theta=0^{\circ}$ and the tension in the … WebThe 100 kg sphere A is released from rest at an angle of α from the vertical, and hits the 10 kg block B (initially at rest), causing block B to have an initial velocity of 5 m/s as it enters the circular ramp (radius = 5 m) and stop temporarily at a final height h.The coefficient of restitution between sphere A and the block B is 0.6. ... WebThe 10-kg sphere C is released from rest when 00° and the tension in the spring is 100N. Determine the speed of the sphere at the instant 0 = 90°. Neglect the mass of rod AB and … blood donor tony hancock