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Circuits, Magnetism and Induction - Coggle Diagram

- - - - A capacitor consists of two parallel conductive plates of opposite charge, with an electric field between them
    - - It allows the capacitor to store energy as electric potential energy
  - - - W=FXD (WORK EQUALS FORCE TIMES DISTANCE)
        
        F=Value of the test charge times the electric field
  - - - V (Volts)=J/C (Joules over Columbus)
  - - - Newtons / Colombous
      - Voltage / Distance
      - Force / Charge
      - Volts / Meters
  - - - 1nF=1X10-9F
    - - 1uF=1x10-6F
- - - - I and L don't apply to a single charge
      - I=Nxq/t
        
        Single Charge
        
        I=q/t
  - - - Bend your fingers so they're perpendicular to your palm, this represents the direction of the magnetic field, Stretch your thumb and after doing that that means the direction fo which the force on wire.
    - - Straighten your arm and that is the particles velocity then bend your fingers to make them point in the direction of the magnetic field lines. If the charged particle is positive, your thumb is pointing in the direction of the force but if its negative, the force is pointing in the direction opposite your thumb.
    - - Take your right hand and point your thumb in the direction of the electric current, then curl your fingers and the direction of which your fingers are pointing that's the direction of which the magnetic fields are going.
- - - - Electromotive Force which is what causes electrons to move and form a current
  - - - When that loop changes that's what induces the EMF
  - - - If the loop is bigger there will be a larger magnetic field running though it and vice versa.
        
        ΦB (Magnetic Flux) = Combining all those factors we find that the magnetic flux is equal to the strength of the magnetic field times the area of the loop, times the cosine