An apple weighs 1.00 N. When you hang it from the end of a long spring of force constant 1.50 N/m and negligible mass, it bounces up and down in SHM. If you stop the bouncing and let the apple swing from side to side through a small angle, the frequency of this simple pendulum is half the bounce frequency. (Because the angle is small, the back-and-forth swings do not cause any appreciable change in the length of the spring.) What is the unstretched length of the spring (with the apple removed)?
An apple weighs 1.00 N. When you hang it from the end of a long spring of force constant 1.50 N/m and negligible mass, it bounces up and down in SHM. If you stop the bouncing and let the apple swing from side to side through a small angle, the frequency of this simple pendulum is half the bounce frequency. (Because the angle is small, the back-and-forth swings do not cause any appreciable change in the length of the spring.) What is the unstretched length of the spring (with the apple removed)?
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An apple weighs 1.00 N. When you hang it from the end
of a long spring of force constant 1.50 N/m and negligible mass, it
bounces up and down in
apple swing from side to side through a small angle, the frequency of
this simple pendulum is half the bounce frequency. (Because the angle
is small, the back-and-forth swings do not cause any appreciable change
in the length of the spring.) What is the unstretched length of the spring
(with the apple removed)?
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