PHYS 1171 Lecture 2: Lecture 5 Newton's Laws and Free Body Diagram
13 Feb 2019
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A block of mass m is resting on a friction less incline plane . and attached to a rope. Find the tension force exerted by the rope and the normal force exerted by the incline plane on the. & ex= ft - fg in e= f,- mg sine 50. & fy = fn - fg aso = fn-mg cos 0 = 0. Fuzzy hanging dice, car accelerating @ 6. 6 m/s2. L e {fx = f, sino = max. 2 blocks w/ masses m, 51 kg, m2= 1. 5kg, are in on a smooth honzontal surface. Ton acts on the rst block pushing the system to the right. O treat as separate objects e acts on m, F 7 e ano eonny b iz mi heq = mg. E {fy = fn-m, 9 = m. gng=0 < usually skip this step if there is no au. { fx, = f z = mz azx is f-x2= max.
