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A 2kg block compressed a spring of constant 7000N/m at the bottom of a 37 degree incline with the coefficient of kinetic friction is 0.3. If the block remains attached to the spring, how high does the block go? (If the the spring gives all its energy to the block by the time they separate at the spring/s equilibrium position, the block will go 1.25m above the incline )

A 2kg block compressed a spring of constant 7000N/m at the bottom of a 37 degree incline with the coefficient of kinetic friction is 0.3. If the block remains attached to the spring, how high does the block go? (If the the spring gives all its energy to the block by the time they separate at the spring/s equilibrium position, the block will go 1.25m above the incline )

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A 2kg block compressed a spring of constant 7000N/m at the bottom of a 37 degree incline with the coefficient of kinetic friction is 0.3. If the block remains attached to the spring, how high does the block go? (If the the spring gives all its energy to the block by the time they separate at the spring/s equilibrium position, the block will go 1.25m above the incline )
Transcribed Image Text:A 2kg block compressed a spring of constant 7000N/m at the bottom of a 37 degree incline with the coefficient of kinetic friction is 0.3. If the block remains attached to the spring, how high does the block go? (If the the spring gives all its energy to the block by the time they separate at the spring/s equilibrium position, the block will go 1.25m above the incline )
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