This animation demonstrates a right hand rule showing the relation between the direction of current flow in a wire and the direction of the resulting magentic field around that wire.
How come with situations regarding Fleming's LEFT hand rule, the magnetic field lines are always straight instead of curved? The way I see it is; they should be curved. Unless they take the tangent to the curved line as being the direction of the magnetic field. And even if they did this, because a current-carrying conductor may be so long, the direction of the force on the conductor would be different to the direction of the force on the other side of it? I do NOT understand!
I think that something is wrong in this video, because the hand rule is completely false!
meganewbies 9 months ago
How come with situations regarding Fleming's LEFT hand rule, the magnetic field lines are always straight instead of curved? The way I see it is; they should be curved. Unless they take the tangent to the curved line as being the direction of the magnetic field. And even if they did this, because a current-carrying conductor may be so long, the direction of the force on the conductor would be different to the direction of the force on the other side of it? I do NOT understand!
1091Floyd21 1 year ago
epic :D
ThesepM 1 year ago
Thanks for this, But this one is very easy, i would prefer you to explai RHR2 if you did not already because i did not check.
Thanks once again.
qscxzaqaz 3 years ago