meta user
network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 5 months |
| seen | Feb 16 at 4:32 | |
| stats | profile views | 68 |
|
Mar 27 |
awarded | Popular Question |
|
Jan 17 |
awarded | Yearling |
|
Oct 12 |
asked | Norton's dome and its equation |
|
Sep 15 |
asked | Has there been any serious work in how the world would look if basic physical laws were changed? |
|
Apr 19 |
asked | 3D Delta Potential Well |
|
Mar 5 |
asked | Why are scattering matrices unitary? |
|
Feb 26 |
asked | Dielectric in Parallel Plate Capacitor |
|
Feb 20 |
revised |
Force from point charge on perfect dipole fixed delta r |
|
Feb 20 |
asked | Force from point charge on perfect dipole |
|
Feb 20 |
comment |
What is it called when a fluid will “jump” to grab onto an object that comes very close? Adhesion? There's probably a more technical term for it, that's just what I know from basic chem. |
|
Feb 19 |
accepted | Showing constraint is nonholonomic |
|
Feb 19 |
comment |
When is the principle of virtual work valid? I appreciate the response. I understand your answer regarding how sliding frictional forces are not 'unduly hampering'. But I still don't see why the principle of virtual work is not true when sliding friction forces are present? To me, I am thinking that if the friction force is not a constraint force, then the principle of virtual work should say nothing about it. |
|
Feb 19 |
asked | When is the principle of virtual work valid? |
|
Feb 18 |
revised |
Showing constraint is nonholonomic added 218 characters in body |
|
Feb 18 |
asked | Showing constraint is nonholonomic |
|
Feb 9 |
asked | Compatible Observables |
|
Feb 5 |
awarded | Commentator |
|
Feb 5 |
comment |
Potential of a spherical conductor next to a point charge This is my own problem, add whatever constraints you like. :) |
|
Feb 5 |
comment |
Potential of a spherical conductor next to a point charge Ok, I see what you're saying, but we are justified in using the method of images because of the uniqueness of solutions to laplace's equation when boundary values are specified. In your post we are deriving the boundary condition from the method of images, which I'm not sure is legitimate. |
|
Feb 5 |
asked | Potential of a spherical conductor next to a point charge |
