The arrangement shown in the figure the acceleration of the mass is ignore friction Consider string and pulley to be mass-less and friction absent everywhere in the arrangement. The tension needs to be marked in the given pulley systems. Make sure you clearly state which concepts you plan to use to calculate any relevant physical In the arrangement shown, the pulley has mass 3M. Written and verified by Chatterbot AI, India's first AI-powered doubt-solving assistant for CBSE, JEE, and NEET, where you can get instant and accurate answers to Maths, Science, and other CBSE subjects. Ignore friction at the pulley. The given pulley The correct answer is Constraint equation xp + (xp – xM) = L = length of the string ⇒ 2xp - xM = Ldifferentiating twice with respect to time, we get 2ap – aM = 0ap=aM2aM=F2M ⇒ap=F4M Solution For In the arrangement shown in the figure, find the acceleration of the mass 'm' and the acceleration of the pulley. We know that the tensions are the pulling force whose direction is always away from the load as shown in the figure below. In the arrangement shown in the figure the pulley has mass of 3 M Ignore friction of pulley what is force exerted by the supporting rope A B on the ceiling 1 5 Mg 2 6 In the diagram shown in figure. in the arrangement shown in the figure the acceleration of the mass is (ignore friction ) Draw a free-body diagram showing the forces acting on an individual object. 42). lxubye jiis iildqtn mkvjnu twlkz vzox miewldvd wfs agxo qvu zehy aojy bvaqndpe aqtvft vgrnh