Pendulum 1 is made of a 1.50-m string with a small Super Ball attached as a bob. It is pulled aside and released. At the bottom of its arc, it collides with another pendulum bob of the same length, but the second pendulum has a bob made from a Super Ball whose mass is twice that of the bob of pendulum 1. Determine the angles to which both pendulums rebound (when they come to rest) after they collide and bounce back.
Answer to relevant QuestionsShow that the fraction of kinetic energy lost in a ballistic-pendulum collision (as in Fig. 6.35) is equal to M/(m + M). A 3.0-kg rod of length 5.0 m has at opposite ends point masses of 4.0 kg and 6.0 kg. (a) Will the center of mass of this system be (1) nearer to the 4.0-kg mass, (2) nearer to the 6.0-kg mass, or (3) at the center of the ...A 170-g hockey puck sliding on ice perpendicularly impacts a flat piece of sideboard. Its incoming momentum is 6.10 kg ∙ m/s. It rebounds along its incoming path after having suffered a momentum change (magnitude) of 8.80 ...Many curves have banked turns, which allow the cars to travel faster around the curves than if the road were flat. Actually, cars could also make turns on these banked curves if there were no friction at all. Explain this ...You ordered a 12-in. pizza for a party of five. For the pizza to be distributed evenly, how should it be cut in triangular pieces??
Post your question