Please determine if each statement is True. If false, please explain why a) The magnetic field B~ could be described in similar way as the electric field provided there were magnetic monopoles. However, since we still have yet to find any magnetic monopoles these is no equivalent relationship between the electric field and the magnetic field. b) The magnetic force F~B acting on a moving charge q will be directed perpendicular to the velocity of the charge~vq and the magnetic field B~ . This can be summarized as an equation in the following way: F~B = q ~vq × B~ . This can be inferred from analyzing tracks of charged particles traveling through bubble chambers (Bubble chambers are used to examine tracks of charges particles as they pass through the chamber.) c) We call the two poles of magnetic dipoles (two-poles, like a bar-magnet) the “north” and “south” pole, and the magnetic field B~ points from the north pole to the south pole. Dipoles, when in a
Please determine if each statement is True. If false, please explain why
a) The magnetic field B~ could be described in similar way as the electric field provided there were magnetic monopoles. However, since we still have yet to find any magnetic monopoles these is no equivalent relationship between the electric field and the magnetic field.
b) The magnetic force F~B acting on a moving charge q will be directed perpendicular to the velocity of the charge~vq and the magnetic field B~ . This can be summarized as an equation in the following way: F~B = q ~vq × B~ . This can be inferred from analyzing tracks of charged particles traveling through bubble chambers (Bubble chambers
are used to examine tracks of charges particles as they pass through the chamber.)
c) We call the two poles of magnetic dipoles (two-poles, like a bar-magnet) the “north” and “south” pole, and the magnetic field B~ points from the north pole to the south pole. Dipoles, when in an external magnetic field, will align themselves such that the north pole goes with the external magnetic field and the south pole goes against.
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