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Unformatted text preview: class online pages. d) Try to finish by the review session on Friday, Feb. 22. Please feel free to use the following formula without proof or derivation . (A similar sheet with the formula will be provided at the midterm #2) Gausss Law: in q A d E = Coulombs Law: = r r q q F 2 2 1 4 1 Electric field by a point charge: = r r q E 2 4 1 Electric potential difference: == s d E V V V B A A B AB Electric potential: = s d E V P P (choose faraway places as zero reference) Electric potential by a point charge: r q V 4 1 = Relation between electric potential and potential energy: U = qV Relation between electric force and electric field: = E q F Capacitance: V Q C = Trigonometry: , 2 cos 2 sin 2 sin sin + = + , cos ) 2 sin( = + , cos ) 2 sin(=. sin ) sin(= +...
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This note was uploaded on 01/24/2011 for the course PHYSICS 6b taught by Professor Gruner during the Winter '10 term at UCLA.
 Winter '10
 GRUNER
 Physics

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