- #1
aspodkfpo
- 148
- 5
Homework Statement:: n/a
Relevant Equations:: n/a
These are the answers diagrams, with my questions in red.
1. In arrangement 1, I was wondering why there isn't any magnetic lines inside the magnet. While it seems that vector addition would make the field go outside the magnetic-less rectangle, isn't the right hand sides magnetic field at that point stronger, or am I wrong/do we ignore this?
(in blue), when imagining the superposition of fields do the field lines get drawn like they go through the magnets (2. with the inside parts excluded or included in the final diagram?) or 3. does it look different from the other side which does not have magnetic field blocking its path?
4. In arrangement 2, I was wondering whether that line breaks off into two at that point, or how does it work?
5. When doing superposition diagrams, are we expected to draw more loops than shown in the answers here?
Relevant Equations:: n/a
These are the answers diagrams, with my questions in red.
1. In arrangement 1, I was wondering why there isn't any magnetic lines inside the magnet. While it seems that vector addition would make the field go outside the magnetic-less rectangle, isn't the right hand sides magnetic field at that point stronger, or am I wrong/do we ignore this?
(in blue), when imagining the superposition of fields do the field lines get drawn like they go through the magnets (2. with the inside parts excluded or included in the final diagram?) or 3. does it look different from the other side which does not have magnetic field blocking its path?
4. In arrangement 2, I was wondering whether that line breaks off into two at that point, or how does it work?
5. When doing superposition diagrams, are we expected to draw more loops than shown in the answers here?