Question

5. Given two point dipoles (P₁,P₂) both pointing in the same direction (parallel). Relative to p₁, the second dipole is at coordinate r₀. What is the electrical force vector on the second dipole? You can choose your coordinate system any way you want but it's beneficial to choose wisely. P₁ 0 2 r₀ We can take p₁ ~P₂ ~ 2 X P₂ also take plane that contains 2 dipoles + z-axis as constant dipole so we can use F=(P₂E₁) 二 4 Ls field of dipole 3 βιρε (3ιοςέθ-1) απο 5ος PiPe sph.coords (4.20) ρε= ρε αθ p = picas adid = x2-plane (3ug 20-1)) s Pipe (3cos20-1) Pro,+300020] F = Dr. (Pipe (30920-1)) s 4πε Dr. Caso - 1 2 cos (-50) drops fast! Υπεο Γο = cos 20+1 + S-208.

Name: 5 given two point dipoles p1p2 both pointing in the same direction parallel relative to p1 the second dipole is at coordinate r0 what is the electrical force vector on the second dipole you 30168
Uploaded: 2021-08-18T12:45:38-08:00
Duration: 1 min 5 s
Channel: Khoobchandra Agrawal
Description: 5 given two point dipoles p1p2 both pointing in the same direction parallel relative to p1 the second dipole is at coordinate r0 what is the electrical force vector on the second dipole you 30168

          5. Given two point dipoles (P₁,P₂) both pointing in the same direction (parallel). Relative to p₁, the second
dipole is at coordinate r₀. What is the electrical force vector on the second dipole? You can choose your
coordinate system any way you want but it's beneficial to choose wisely.
P₁
0
2
r₀
We
can
take p₁ ~P₂ ~ 2
X
P₂
also take plane that contains 2 dipoles + z-axis as
constant dipole so we can use
F=(P₂E₁)
二
4
Ls field of dipole
3
βιρε (3ιοςέθ-1)
απο 5ος
PiPe
sph.coords
(4.20)
ρε= ρε αθ
p = picas
adid =
x2-plane
(3ug 20-1)) s Pipe (3cos20-1) Pro,+300020]
F = Dr. (Pipe (30920-1)) s
4πε
Dr. Caso
-
1
2 cos
(-50)
drops fast!
Υπεο Γο
= cos 20+1
+ S-208.

5 given two point dipoles p1p2 both pointing in the same direction parallel relative to p1 the second dipole is at coordinate r0 what is the electrical force vector on the second dipole you 30168

Added by Melanie C.

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