There are 3 parts, answer all 3.

6} Part (a) Unanswered - 5 attempts left In our example, the ramp has the shape of a 3-45 triangle (the 3 side is vertical and the 4 side is horizontal). The block, which has a mass of 2.00 kg, is released from rest from the top of the frictionless incline. It slides a distance of 4.50 m down the ramp before contacting the spring (dropping in height by 2.70 m before reaching the spring). Then, the block compresses the spring by 4.50 m before coming to rest for an instant. Determine the spring constant. N/m G Numeric answer Type your response Q Part (b) Unanswered - 5 attempts lo't Continuing from part (a), by how much is the spring compressed when the block reaches its maximum speed? m (l) Numeric answer Type your response Part (c) Unanswered 5 attempts loft Continuing from the previous parts, determine the maximum speed reached by the block. m/s Q Numeric answer Type your response