Electricity & Magnetism
Electricity & Magnetism PHYS 224
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This 1 page Class Notes was uploaded by Allie Braun on Tuesday October 13, 2015. The Class Notes belongs to PHYS 224 at Kettering University taught by Staff in Fall. Since its upload, it has received 21 views. For similar materials see /class/222302/phys-224-kettering-university in Physics 2 at Kettering University.
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Date Created: 10/13/15
Equation Sheet for PHYS224 Knight 2e Kinematic equations of motion constant acceleration 1 mf xivomAt 5amAt2 Uf UiaAt U3 U2ammf7xi Electric Force between two point charges F1 on 2 F2 on 1 K q72Hq2 7 a a a F a E Electric Fields and Forces qE F E on q F md Z q7 q m Electric Field Models for charge distributions a K 1 2K Point E 7g 7112 In nite line E 7 In nite plane E i 72 4713960 72 r 260 Charge Densities QL 7 QA p QV Electric ux ltIgte EX EA 0080 ltIgte EdA EL dA Gauss7s Law bust 1K 60 Work and Energy W W AK 7AU K 771122 7 1 qiqz Potential Energy stored in point charge palr U515C 7 4 7 W60 7 U 1 q Electr1c Potentlal V 7 qAV AU point charge V 7 q 4713960 r f a 1 W Electric eld and electric potential AV Vf7Vi 7 Eds ES 7d7 i s Q 6014 1 2 1 1 Q2 C t 07 07 U7CAV 7 AV77 apaci ors AVG d c 2 c 2 Q c 2 C PlllC CCC S39 C 111gt71 ara e er1es 7 7 7 eq 1 2 3 eq 01 OZ 03 Current I I nee112d i neAvd vd 7 J i J 0E At m A AV PL 2 Al2 R 39t I7 R7 PAVIIR7 es1s ors R A R Series B 7 R R R 1 Parallel R 7 i i i 71 39 eq 1 2 3 39 eq R1 R2 R3 Circuit Analysis 21m 21mm 2 AV 0 Discharging a Capacitor Q Qoe tT I IoetT 739 RC version 82308
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