369_Dynamics 11ed Manual

369_Dynamics 11ed Manual - r PA W v A ( ) = H P 14.30 9.32...

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Engineering Mechanics - Dynamics Chapter 15 Solution: r OA f g h = r AB fe + dg h = v A v r AB r AB = H O r OA W v A () × = H O 16.78 14.92 23.62 slug ft 2 s = Problem 15-95 Determine the angular momentum H P of the particle about point P . Given: W 10 lb = d 9f t = v 14 ft s = e 8f t = a 5f t = f 4f t = b 2f t = g 5f t = c 3f t = h 6f t = Solution: r PA f c bg + ha = r AB fe + dg h = v A v r AB r AB =
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Unformatted text preview: r PA W v A ( ) = H P 14.30 9.32 34.81 slug ft 2 s = * Problem 15-96 Determine the total angular momentum H O for the system of three particles about point O . All the particles are moving in the x-y plane. Given: m A 1.5 kg = a 900 mm = 367...
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This note was uploaded on 08/16/2011 for the course EGN 3321 taught by Professor Christianfeldt during the Spring '08 term at University of Central Florida.

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