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a uniform chain has mass M and lengthL it is placed on a frictionless table with length L_0 hanging over the edge the chain begaing to slide own then the speed v with which the end slides down the edge is given by a)\sqrt{g/L(L+l_0)} b)\sqrt[{}]{g/L(L-l_0)} c)\sqrt{g/L(L^2-l_0^2)} d)\sqrt{2g(L-l_0) |
| Answer» a uniform chain has mass M and lengthL it is placed on a frictionless table with length L_0 hanging over the edge the chain begaing to slide own then the speed v with which the end slides down the edge is given by a)\sqrt{g/L(L+l_0)} b)\sqrt[{}]{g/L(L-l_0)} c)\sqrt{g/L(L^2-l_0^2)} d)\sqrt{2g(L-l_0) | |