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A block of mass m = 0.24 kg is accelerated (from rest) by a constant applied force F. The block then slides through a region of friction of length d = 0.15 m and where μk = 0.1. Finally, the block climbs the curved ramp and momentarily stops at height h = 0.11 m above the original level. How much work did the force F do on the block? Give your answer in J but enter only the numerical part in the box.

A block of mass m = 0.24 kg is accelerated (from rest) by a constant applied force F. The block then slides through a region of friction of length d = 0.15 m and where μk = 0.1. Finally, the block climbs the curved ramp and momentarily stops at height h = 0.11 m above the original level. How much work did the force F do on the block? Give your answer in J but enter only the numerical part in the box.

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A block of mass m = 0.24 k g is accelerated (from rest) by a constant applied force F . The block then slides through a region of friction of length d = 0.15 m and where μ k = 0.1 . Finally, the block climbs the curved ramp and momentarily stops at height h = 0.11 m above the original level. How much work did the force F do on the block? Give your answer in J but enter only the numerical part in the box.

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