As the figure shows, a 0.50 kg block is pushed against a spring of constant 3.5 N/m and held at 0.60 m away from equilibrium position. The block then released from rest and starts sliding on a rough horizontal ground with coefficient of kinetic friction 0.3 and the spring returned to its relaxed length. How far will the block slide before it stops?

As the figure shows, a 0.50 kg block is pushed against a spring of constant 3.5 N/m and held at 0.60 m away from equilibrium position. The block then released from rest and starts sliding on a rough horizontal ground with coefficient of kinetic friction 0.3 and the spring returned to its relaxed length. How far will the block slide before it stops?

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As the figure shows, a 0.50 kg block is pushed against a spring of constant 3.5 N / m and held at 0.60 m away from equilibrium position. The block then released from rest and starts sliding on a rough horizontal ground with coefficient of kinetic friction 0.3 and the spring returned to its relaxed length. How far will the block slide before it stops?

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