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A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.?.

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Here you can find the meaning of A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.? defined & explained in the simplest way possible. Besides giving the explanation of A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.?, a detailed solution for A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.? has been provided alongside types of A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.? theory, EduRev gives you an ample number of questions to practice A train of mass M is moving with constant velocity along a straight line. Suddenly the last compartment gets disconnected. After moving a distance l, the driver realised and shuts down the engine. If the opposing force acting on the train is proportional to the mass, then show that the distance between the last compartment and the train when both of them comes to rest isMl/(M-m). Here m is the mass of last compartment. Also assume that the force of engine is constant.? tests, examples and also practice UPSC tests.