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Unformatted text preview: Physics 1112 Final Exam 2 May 2008 Formula/Data Sheets (Nothing written on these sheets will be graded) Kinematics: Definitions Translational: vector v vector r t vector v lim t vector r t vector a vector v t vector a lim t vector v t Rotational: t lim t t t lim t t Kinematics: Constant Acceleration Motion ( t i = 0 ) Translational (constant vector a): vector r = 1 2 ( vector v i + vector v f ) t vector r = vector v i t + 1 2 vector a t 2 vector v = vector a t v 2 fx = v 2 ix + 2 a x ( x ) Rotational (constant ): = 1 2 ( i + f ) t = i t + 1 2 t 2 = t 2 f = 2 i + 2 ( ) Kinematics: Linear/Angular Relations, Radial Acceleration s = r v t = r a t = r T = 2 r v = 2 a r = v 2 t r = 2 r Translational Dynamics Definitions Work: W Fd cos (constant force) Power: P W t = Fv cos Kinetic energy: K 1 2 mv 2 Potential energy: W c = U Total mechanical energy: E K +...
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This note was uploaded on 10/22/2008 for the course PHYS 1112 taught by Professor Seaton during the Spring '08 term at University of Georgia Athens.
- Spring '08