Recent content by klp_l123
-
K
How Do Charge Distributions Affect Monopole, Dipole, and Quadrupole Moments?
by the quadropole relation what we know, i can say about the +ve and -ve sign of Q ... but i cannot understand about monopole & dipole term- how they are goinh to zero ...- klp_l123
- Post #3
- Forum: Advanced Physics Homework Help
-
K
What is the magnetic dipole moment of the sphere?
the correct answer is = 1/3*Q*R^2*w ... please correct your solution as soon as possible .- klp_l123
- Post #8
- Forum: Advanced Physics Homework Help
-
K
How Do Charge Distributions Affect Monopole, Dipole, and Quadrupole Moments?
a point charge +Q is placed at the origin and a charge -Q is smeared around the origin maintaining cylindrical symmetry around the Z axis.Show that (i) when the charge distribution is prolate(egg-shaped),the monopole and dipole moments are zero but the quadrupole moment Q is positive; (ii) when...- klp_l123
- Thread
- Moment
- Replies: 3
- Forum: Advanced Physics Homework Help
-
K
Electric Dipole Moment Help: Prove Integration Equation
Help me to sort out this problem:: Prove that, "integration over[J(r)dr]=del(p)/del(t)" ... where p is the electric dipole moment ... please as soon as possible, reply me ...- klp_l123
- Thread
- Dipole Dipole moment Electric Electric dipole Moment
- Replies: 1
- Forum: Advanced Physics Homework Help
-
K
Magnetic Dipole Moment and Angular momentum
Help me to sort out this problem:: Prove that, "integration over[J(r)dr]=del(p)/del(t)" ... where p is the electric dipole moment ... please as soon as possible, reply me ...- klp_l123
- Post #5
- Forum: Advanced Physics Homework Help
-
K
Calculating Dipole Moment for Equilateral Triangle Distribution of Charges
Help me to sort out this problem:: Prove that, "integration over[J(r)dr]=del(p)/del(t)" ... where p is the electric dipole moment ... please as soon as possible, reply me ...- klp_l123
- Post #16
- Forum: Advanced Physics Homework Help
-
K
Magnetic dipole moment homework
the correct answer is 1/3*q*(R^2)*w ... now calculate it correctly ...- klp_l123
- Post #12
- Forum: Introductory Physics Homework Help