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(Page 8) -I imagine that it could- What would be the force it gives On the ground on which it lives? For a simple calculation, It's mass is a stipulation. It's initial velocity, We agree zero it shall be. We need its gravitational force During its free-falling course. To find the normal force, just negate it, And in class we will debate it. Laws of physics, how you bug me! "F equals M A" just can't be. The simple complexities of this class Make it a battle just to pass. Poem Table of Contents Page Index Main Homepage |
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