A block of mass m = 8.41 kg slides down from an inclined frictionless ramp that...

 

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A block of mass m = 8.41 kg slides down from an inclined frictionless ramp that forms an angle 0 34.04 with the ground. A long spring with a spring constant k =761.53 N/m is situated at the base of the ramp. The block started at a distance d = 1.37 m from the tip of the relaxed spring, with an initial velocity of v = 6.59 m/s. It compressed the spring to a length of s = 1.25 m. What is the length of the spring before the block compresses the spring? Round your answer to 2 decimal places. before after k 80 000000 S k 0 M M A block of mass m = 8.41 kg slides down from an inclined frictionless ramp that forms an angle 0 34.04 with the ground. A long spring with a spring constant k =761.53 N/m is situated at the base of the ramp. The block started at a distance d = 1.37 m from the tip of the relaxed spring, with an initial velocity of v = 6.59 m/s. It compressed the spring to a length of s = 1.25 m. What is the length of the spring before the block compresses the spring? Round your answer to 2 decimal places. before after k 80 000000 S k 0 M M