- #1
Isaiah Gray
- 18
- 0
Hi,
I am trying to get a useful heuristic picture of a line integral, like the area
under a curve for an ordinary integral. My current one is: if I place a particle
in a force field, then the line integral from point A to B is the change in kinetic energy
of the particle from A to B. This works for simple cases, but not
for something like the circulation of the magnetic field, which does no work.
Are there any more accurate ways to picture a line integral of a vector field?
I am trying to get a useful heuristic picture of a line integral, like the area
under a curve for an ordinary integral. My current one is: if I place a particle
in a force field, then the line integral from point A to B is the change in kinetic energy
of the particle from A to B. This works for simple cases, but not
for something like the circulation of the magnetic field, which does no work.
Are there any more accurate ways to picture a line integral of a vector field?