1. The force exerted by a linear spring is proportional to the displacement from its rest length (F = k-X). For the spring depicted below, the sketch at the top is the rest length, and the sketch on the bottom shows the spring compressed by 2.0 cm just prior to shooting off a BB pellet. The spring constant, k, is 2.1x105 N/m. a. What is the work required to compress this spring by 2.0 cm (hint: calculus)? If the BB pellet masses 3.0 g, and you fire the BB pellet horizontally, what is its' "muzzle velocity?" b. K 2.0 cm >

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1. The force exerted by a linear spring is proportional to the displacement from
its rest length (F = k-X). For the spring depicted below, the sketch at the top is
the rest length, and the sketch on the bottom shows the spring compressed
by 2.0 cm just prior to shooting off a BB pellet. The spring constant, k, is
2.1x105 N/m.
a.
cm (hint: calculus)?
What is the work required to compress this spring by 2.0
If the BB pellet masses 3.0 g, and you fire the BB pellet
b.
horizontally, what is its' "muzzle velocity?"
K 2.0 cm >
Transcribed Image Text:1. The force exerted by a linear spring is proportional to the displacement from its rest length (F = k-X). For the spring depicted below, the sketch at the top is the rest length, and the sketch on the bottom shows the spring compressed by 2.0 cm just prior to shooting off a BB pellet. The spring constant, k, is 2.1x105 N/m. a. cm (hint: calculus)? What is the work required to compress this spring by 2.0 If the BB pellet masses 3.0 g, and you fire the BB pellet b. horizontally, what is its' "muzzle velocity?" K 2.0 cm >
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