Problem 1: Consider an object which is going to be pushed up a slope by a spring. The spring has a spring constant of k = 100 N/m and the object has a mass of 50 grams. The height of the slope is 1 meter. I A. What is the work required to get the object up the 1 meter high slope? B. How much must the spring be compressed in order to get the object up the slope? C. How fast is the object initially moving immediately after it leaves the spring?
Problem 1: Consider an object which is going to be pushed up a slope by a spring. The spring has a spring constant of k = 100 N/m and the object has a mass of 50 grams. The height of the slope is 1 meter. I A. What is the work required to get the object up the 1 meter high slope? B. How much must the spring be compressed in order to get the object up the slope? C. How fast is the object initially moving immediately after it leaves the spring?
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Problem 1: Consider an object which is going to be pushed up a slope by a spring. The spring
has a spring constant of k = 100 N/m and the object has a mass of 50 grams. The height of the
slope is 1 meter.
I.
A. What is the work required to get the object up the 1 meter high slope?
B. How much must the spring be compressed in order to get the object up the slope?
C. How fast is the object initially moving immediately after it leaves the spring?
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