A block of mass 1 kg is connected to a fixed wall through a light spring of constant k=100 N/m. The surfaces are frictionless. Initially spring is in relaxed position. A horizontal force 'F' of 50N is applied on the block. Find the maximum elongation of the spring..

Question

Khimraj · Answer

work done by force will store as spring energy F.*x = ½*K*x 2 x = 2F/K x = 2*50/500 = 0.2 m Hope it clears.........

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A block of mass 1 kg is connected to a fixed wall through a light spring of constant k=100 N/m. The surfaces are frictionless. Initially spring is in relaxed position. A horizontal force 'F' of 50N is applied on the block. Find the maximum elongation of the spring..

A block of mass 1 kg is connected to a fixed wall through a light spring of constant k=100 N/m. The surfaces are frictionless. Initially spring is in relaxed position. A horizontal force 'F' of 50N is applied on the block. Find the maximum elongation of the spring..

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A block of mass 1 kg is connected to a fixed wall through a light spring of constant k=100 N/m. The surfaces are frictionless. Initially spring is in relaxed position. A horizontal force 'F' of 50N is applied on the block. Find the maximum elongation of the spring..

A block of mass 1 kg is connected to a fixed wall through a light spring of constant k=100 N/m. The surfaces are frictionless. Initially spring is in relaxed position. A horizontal force 'F' of 50N is applied on the block. Find the maximum elongation of the spring..

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