Description
Coulomb’s Law: Electric Force �" = �|�(||�)|
�) �
�" = �� (�)
4��3= 9 ∗ 107 ��)
Electric potential Energy � = �|�|
�
For system of Charges
� = � @�(�)
�(=)+ �(�B
�(=B+ �)�B We also discuss several other topics like Wegener first proposed continental drift when?
Electric Field
� = � ��) = �� �/� Positive charge = outwards Negative charge = inwards
� = 1
�3 = 8.85 ∗ 10=() �)
�)
�)=BC
Substitute when deriving:
Gauss’s Law
��)
Work
Charge on line (c/m): � = KN Don't forget about the age old question of What is a living thing?
� = ∬ � ∗ �� = �gpqr �3
(+) charge: Outward E flux (-) charge: Inward E flux
Common Unit conv. Mega M 106
Kilo k 103
Hecto h 102
Deca da 101
Deci d 10-1
Centi c 10-2
Milli m 10-3
Micro µ 10-6
Nano n 10-9
�j→l = −Δ � = �3�� Don't forget about the age old question of Limited jurisdiction courts such as traffic courts or?
Electric Flux from a Sphere � = EFG Electric field
Point charge: � = ∬ ���
�(�)(4��)) = KLM
FG
Sphere: �(�) = KN
OPQGRS
Line of Charge: �(�) = T )PQGN
�� ��. ��������
�e= �f�g
�"
4��3(��f�g) We also discuss several other topics like What is paedomorphosis?
G = 6.672*10-11 Nm2*kg2
Surface charge (c/m2): � = KW
Volume charge (c/m3): � = KY
Linear charge density = ): � = KPN Point Charge If you want to learn more check out Holism is a characteristic of the anthropological perspective that?
|�| = (
OPFG∗KNo
Notes:
Coulombs: values of all vectors have to cancel each other out.
Gauss’s: look for symmetrical place of charge to use gauss’s law. Electric
Solid Insulator charge = Q
A + A and C: E = tFG B + B: E = 0 C If you want to learn more check out Matter can be classified into how many elements?
Field vector doesn’t need to come out in some direction, but will if area is symmetrical. ~~~For line and plane, draw cylinder around ~~~