I'm not sure if you don't make a mistake with the sense of direction magnetic field. According with right hand rule, if the conductor is perpendicular on your eye and the current is coming from your eye, you'll see the sense of magnetic field in clock wise. If the current is coming to your eye - the sense should be anti clock. Or maybe, because is not 3D the drawing it's hard to be follow
It is, the right hand rule uses the thumb for the direction of the direction of the current, the index finger for the direction of the field lines and the middle finger for the direction of the movement, whiles Flemings left hand rule uses the fingers as (of the left hand) as statet in the video, but i was confused at first too 😂
Drawings are ambivalent and useless. Poor lecture. Bluish circuits of coil are ambivalent handed at start
I'm not sure if you don't make a mistake with the sense of direction magnetic field. According with right hand rule, if the conductor is perpendicular on your eye and the current is coming from your eye, you'll see the sense of magnetic field in clock wise. If the current is coming to your eye - the sense should be anti clock. Or maybe, because is not 3D the drawing it's hard to be follow
Yeah its hard to see
Thanks a lot.
i found this video very useful, thank you! There might be a small problem with the directions
is 18:46 correct?
its i thing right hand rule
It is, the right hand rule uses the thumb for the direction of the direction of the current, the index finger for the direction of the field lines and the middle finger for the direction of the movement, whiles Flemings left hand rule uses the fingers as (of the left hand) as statet in the video, but i was confused at first too 😂
Figs are too small.why do we Need to See lecturer who takes u half of screen,?