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Physics 2326-EM

by: Hasini Notetaker

626

3

1

Physics 2326-EM Phys 2326

Hasini Notetaker
UTD

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This is basically the cheatsheet for the Exam this coming Tuesday. It has all the material that was covered and more, including notes on the 2 important Laws. You can buy it and basically use it fo...
COURSE
Electromagnetics
PROF.
Dr. Lindsay King
TYPE
Study Guide
PAGES
1
WORDS
CONCEPTS
Physics 2326, electromagnetic, Dr. King, physics Study guide, cheat sheet
KARMA
50 ?

Popular in Physics 2

This 1 page Study Guide was uploaded by Hasini Notetaker on Friday February 12, 2016. The Study Guide belongs to Phys 2326 at University of Texas at Dallas taught by Dr. Lindsay King in Winter 2016. Since its upload, it has received 626 views. For similar materials see Electromagnetics in Physics 2 at University of Texas at Dallas.

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Date Created: 02/12/16
Electric  Field   Coulomb’s  Law:  Electric  Force   Electric  potential  Energy   ???? ???? ???? ???? ▯ ||???? ▯| ???? ???? | ???? =  ???? ▯ =    ????/????   ???? ▯   ▯    ????   ???? =     ???? ???? ???? ???? Positive  charge  =  outwards   ???? ▯ ????????  (????)   For  system  of  Charges   ▯ ???? ???? ???? ???? ???? ???? Negative  charge  =  inwards   1 ▯ ???????? ???? = ???? ▯ ▯ ▯ + ▯ ▯ +   ▯ ▯ ▯   ???? =   = 9 ∗ 10     ▯   ????▯▯▯ ????▯▯▯ ???? ▯▯▯ 4???????? ▯ ????   ▯   ▯▯▯ ????   Substitute  when  deriving:     ????▯= 8.85 ∗ 10 ????????  ▯   Gauss’s  Law   Work     ▯ Charge  on  line  (c/m):  ???? ▯   ???? ▯▯▯▯ ???? ▯→▯ =  −Δ  ???? = ▯???? ????????     ???? =  ∬ ???? ∗ ???????? = ????▯   2 ▯ ▯ Surface  charge  (c/m ):  ???? =  ▯   (+)  charge:  Outward  E  flux  c  Flux  from  a    ▯▯        ???? = Volume  charge  (c/m ):  ???? =     (-­‐)  charge:  Inward  E  flux    field   ▯ ▯   Point  charge:  ???? = ∬ ????????????   Linear  charge  density  =  ):  ????   ▯ ▯▯ ▯▯ Common  Unit  conv.       ???? ???? 4???????? ▯ ) =     6 ▯▯ Point  Charge   Mega            M            10 ▯▯     3 Sphere: ???? ???? =   ▯   ▯ ▯ Kilo                    k                10    =▯▯▯  ∗ ▯▯   2 ▯ ▯ Hecto            h Line  of  Ch???? ???? =    10   1   ▯▯▯ ▯ Deca                a            10 -­‐1   Deci                  d                  10 -­‐2   ???? ????  ????????.???? ????????????????????????????   Notes:     Centi                c                10 -­‐3   ????▯ =   ???? ▯ ▯   Coulombs:  values  of  all  vectors  have   Milli               ????▯   4???????? (▯???? ???? ) ▯  ▯      10 -­‐6   to  cancel  each  other  out.       Micro               G  =  6.672*10Nm *kg    10 -­‐9   Gauss’s:  look  for  symmetrical  place   Nano                  n              10 of  charge  to  use  gauss’s  law.  Electric   Field  vector  doesn’t  need  to  come   Solid  Insulator  charge  =  Q   out  in  some  direction,  but  will  if  area                                          A                                +                A  and  C:  E  =     ▯ ▯ plane,  draw  cylinder  around  ~~~                  +              B:      E  =  0                                                                      C

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