S6 Electromagnetism Bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.

1. Electric field pattern for a negative charge
   
2. The equation for the force acting on a moving charge in a magnetic field
   
3. After how many time constants is a capacitor considered to be fully charged or discharged?
   5
4. Equation for charge on a capacitor
   
5. Electric field pattern for a positive charge
   
6. A current-frequency graph for a capacitor
   
7. The gradient of a Q vs. V graph
   Capacitance
8. The voltage across the resistor in a fully charged RC circuit.
   0
9. Consists of an accelerator, velocity selector, and deflector
   Mass spectrometer
10. The equation for the force acting on a current carrying conductor in a magnetic field
    
11. Equation for time constant of a capacitor
    
12. The equation for centripetal force
    
13. the opposition of a capacitor to changing current.
    Capacitive Reactance
14. What kind of car does an electrician drive?
    Voltswagon
15. Equation to determine speed of light using permittivity and permeability
    
16. The equation for the potential difference between 2 points in a uniform electric field
    
17. Why was the capacitor arrested by the police?
    He was charged with... BATTERY!
18. The equation for the electric field due to a point charge
    
19. 2 ways to determine capacitive reactance
    
20. Graph of current in a DIScharging capacitor
    
21. The equation for the magnetic field around a current carrying wire
    
22. The area under a Q vs. V graph
    Energy
23. Electrical Force acting per unit positive charge
    Electric Field
24. Current-time Graph for 2 different capacitances in an RC circuit
    
25. At the moment of switch on for an inductor, what is the value of the back EMF?
    Equal to the source voltage
26. defined as the time taken to discharge the capacitor to 37% of initial charge
    Time constant
27. The equation for the electric potential due to a point charge
    
28. 2 ways to determine inductive reactance
    
29. Equation for back EMF
    
30. How can I decrease the time taken for a capacitor to charge or discharge?
    Decrease Capacitance in RC circuit
31. Current-time Graph for 2 different resistances in an RC circuit
    
32. How to find the initial current in a charging RC circuit
    
33. 
    Up
34. 
    LS1
35. 
    LS2
36. How can I increase the time taken for a capacitor to charge or discharge?
    Increase resistance in RC circuit
37. Equation for energy stored in an inductor
    
38. Equation used to calculate closest approach between 2 charges.
    
39. 
    Negative
40. The equation for the force acting on a charge in a uniform electric field
    
41. the opposition of an inductor to changing current
    Inductive Reactance
42. the work done in moving unit positive charge from infinity to a point
    Electric Potential
43. A circuit for CHARGING a capacitor
    
44. The equation for the force between 2 charges
    
45. 
    Positive
46. The unit of capacitance
    Farad
47. 
    Out of page
48. Sherlock Ohms and Doctor Wattson
    
49. A current-frequency graph for an inductor
    
50. The graph of voltage across a charging capacitor
    
51. A circuit for DISCHARGING a capacitor
    
52. The graph of current in a charging capacitor