Flipswitch699
Undergrad at ICL. Have useful notes if you would like to see them.
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6 items
ELECTROMAGNETICS
magnetic field 
magnetic field around a long wire 
magnetic force on current element 
biot savart law 
magnetic force between circuits 
gauss's law 
magnetic force on moving charges 
magnetic field around a straight wire 
 

- Class notes
- • 6 pages •
magnetic field 
magnetic field around a long wire 
magnetic force on current element 
biot savart law 
magnetic force between circuits 
gauss's law 
magnetic force on moving charges 
magnetic field around a straight wire 
 

ELECTROMAGNETICS
emf, 
motional electromotance, 
faradays law, 
factors affecting flux in faradays law 
lenz's law 
electromagnetic induction 
self induction and mutual inductance with examples.
- Class notes
- • 8 pages •
emf, 
motional electromotance, 
faradays law, 
factors affecting flux in faradays law 
lenz's law 
electromagnetic induction 
self induction and mutual inductance with examples.
ELECTROMAGNETICS
electric potential difference, conservative nature of electrostatic field, electric potential energy, electric potential of a system of charges, equipotentials
- Class notes
- • 7 pages •
electric potential difference, conservative nature of electrostatic field, electric potential energy, electric potential of a system of charges, equipotentials
ELECTROMAGNETICS
coulombs law, electric field and electric field strength, electric field lines, superposition principle, electric flux complete explanation and gauss's law
- Class notes
- • 7 pages •
coulombs law, electric field and electric field strength, electric field lines, superposition principle, electric flux complete explanation and gauss's law
ELECTROMAGNETICS
notes include: 
fully explained capacitance definition 
factors affecting capacitance 
capacitance geometry explanation 
energy in a charged capacitor 
dielectrics 
displacement field polarization and suscpetance explained 

- Class notes
- • 5 pages •
notes include: 
fully explained capacitance definition 
factors affecting capacitance 
capacitance geometry explanation 
energy in a charged capacitor 
dielectrics 
displacement field polarization and suscpetance explained 

ELECTROMAGNETICS
fully described notes on amperes law includes: 
inductance 
magnetic materials and magnetic field strength 
magnetic field inside a long solenoid 
magnetic field around a toroid using amperes law 
and amperes circuital law
- Class notes
- • 6 pages •
fully described notes on amperes law includes: 
inductance 
magnetic materials and magnetic field strength 
magnetic field inside a long solenoid 
magnetic field around a toroid using amperes law 
and amperes circuital law