to a point O. The coefficient of friction between the bar and the plank is equal to m. The plank is slowly shifted to the right until the bar
Sahay Sir > Question Answers > to a point O. The coefficient of friction between the bar and the plank is equal to m. The plank is slowly shifted to the right until the bar
Two identical blocks A and B, each of mass m=2 kg are connected to the ends of an ideal spring having force constant k=1000 N/m . System of these blocks and spring is placed on a rough floor. Coefficient of friction between blocks and floor is μ=0.5. Block B is pressed towards left so that spring gets compressed.
31
Aug
Two identical blocks A and B, each of mass m=2 kg are connected to the ends of an ideal spring having force constant k=1000 N/m . System of these blocks and spring is placed on a rough floor. Coefficient of friction between blocks and floor is μ=0.5. Block B is pressed towards left so that [...]
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A horizontal plane supports a plank with a bar of mass m placed on it and attached by a light elastic non-deformed cord of length l0 ,
to a point O. The coefficient of friction between the bar and the plank is equal to m. The plank is slowly shifted to the right until the bar ,
Two identical blocks A and B ,
A horizontal plane supports a plank with a bar of mass m placed on it and attached by a light elastic non-deformed cord of length l0, to a point O. The coefficient of friction between the bar and the plank is equal to m. The plank is slowly shifted to the right until the bar
31
Aug
A horizontal plane supports a plank with a bar of mass m placed on it and attached by a light elastic non-deformed cord of length l0, to a point O. The coefficient of friction between the bar and the plank is equal to m. The plank is slowly shifted to the right until the bar [...]