(Version updated on Dec 5th, 2000)
We learn about steady currents and magnetic fields
4/12 (Mon) 10.00-11.45 (Mikro) "Steady currents and magnetic fields".
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Few handouts (list of chapters you have to know to pass the course)
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Short repetition of electrostatics
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Conductor again (current density versus current, Ohm's law, electromotive
force)
4/12 (Mon) 11.00-11:45 (Mikro) "Steady currents and magnetic fields"
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The magnetic field (we will look at two wires carrying current)
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Charge in motion generates magnetic field B
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Force on moving charge in magnetic field
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Hall effect (measurement of magnetic field)
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Importance of the fight hand rule in magnetism
6/12 (Wed) 10.00-10.45 (FL11) "Steady currents and magnetic fields"
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Magnetic dipole
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Energy of magnetic dipole in magnetic field
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Ampere's law
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Biot-Savart law
6/12 (Wed) 11.00-11.45 (FL11) "Steady currents and magnetic fields"
Differential form of Ampere's law (operator curl)
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Magnetic vector potential
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The motion of charged particles in electric and magnetic fields
7/12 (Thu) 8.00-10.00 Dem. (individual schedule)
7/12 (Thu) 10.00-10.45 (Mikro) Open book exam on Electrostatics. You
can earn up to 5% of the total exam.
7/12 (Thu) 11.00-11.45 (Mikro) Open book exam on Magnetostatics. You
can earn up to 5% of the total exam.
7/12 (Thu) 13.15-14.00 (FL10+12) Problem solving (still thinking about
it)
7/12 (Thu) 14.15-15.00 (FL10+12) Problem solving (still thinking about
it)