2. STAiR Creation By Steven Adler NEXT

3. A voltage drop is the representation of energy used over a load device or resistance device in a circuit. If all loads are equal the amount of energy used over each load or resistance is equal. NEXT

4. Battery Ground Open switch Closed switch Resistance DVOM (Digital volt ohm meter) NEXT

9. Using your DVOM place you leads on either side of the load. Circuit with signal load on a open circuit. What is the power or voltage used over the light on the open circuit? NEXT

10. A.12.00 volts12.00 volts B. 6.00 volts 6.00 volts C.0 volts0 volts D.8 volts8 volts

11. INCORRECT NEXT

12. 12.00 volts would be incorrect. This circuit is open. No voltage is flowing through the circuit. So you would not use any voltage over the given load device. NEXT

13. INCORRECT NEXT

14. 6.00 volts would be incorrect. This circuit is open. No voltage is flowing through the circuit. So you would not use any voltage over the given load device. NEXT

15. INCORRECT NEXT

16. 6.00 volts would be incorrect. This circuit is open. No voltage is flowing through the circuit. So you would not use any voltage over the given load device. NEXT

17. CORRECT NEXT

18. The circuit is open, no power is flowing so the power or voltage used over the load is 0 volts. NEXT

19. Using your DVOM place you leads on either side of the load. Circuit with Signal load on a closed circuit. What is the power or voltage used over the light on the closed circuit? NEXT

20. A.12.00 volts12.00 volts B. 6.00 volts 6.00 volts C. 0 volts 0 volts D.8 volts8 volts

21. INCORRECT NEXT

22. 6.00 volts would be incorrect. This circuit is closed with only one load device. When only one load device is used all of the voltage or power is used. So all 12 volts would be used over the light. NEXT

23. INCORRECT NEXT

24. 0 volts would be incorrect. This circuit is closed with only one load device. When only one load device is used all of the voltage or power is used. So all 12 volts would be used over the light. NEXT

25. INCORRECT NEXT

26. 8 volts would be incorrect. This circuit is closed with only one load device. When only one load device is used all of the voltage or power is used. So all 12 volts would be used over the light. NEXT

27. CORRECT NEXT

28. The circuit is closed, power is flowing so all of the power or voltage is used over the load. So your DVOM reads 12.00 volts. NEXT

29. A voltage drop is the representation of energy used over a load device or resistance device in a circuit. If all loads are equal the amount of energy used over each load or resistance is equal. NEXT

30. Battery Ground Open switch Closed switch Resistance DVOM (Digital volt ohm meter) NEXT

35. Using your DVOM place you leads on either side of the loads. Circuit with two equal loads on a open circuit. What is the power or voltage used over the light on the open circuit? NEXT

36. A.12.00v, 12.00v12.00v, 12.00v B.12.00v, 6.00v12.00v, 6.00v C.6.00v, 6.00v6.00v, 6.00v D.0.00v, 0.00v0.00v, 0.00v

37. INCORRECT NEXT

38. 12.00v, 12.00v would be incorrect. This circuit is open with two load devices. No power or voltage is flowing through the circuit. So you would not use any voltage over the given load devices. NEXT

39. INCORRECT NEXT

40. 12.00v, 6.00v would be incorrect. This circuit is open with two load devices. No power or voltage is flowing through the circuit. So you would not use any voltage over the given load devices. NEXT

41. INCORRECT NEXT

42. 6.00v, 6.00v would be incorrect. This circuit is open with two load devices. No power or voltage is flowing through the circuit. So you would not use any voltage over the given load devices. NEXT

43. CORRECT NEXT

44. The circuit is open, no power is flowing so the power or voltage used over the loads is 0 volts and 0 volts.

45. A voltage drop is the representation of energy used over a load device or resistance device in a circuit. If all loads are equal the amount of energy used over each load or resistance is equal. NEXT

46. Battery Ground Open switch Closed switch Resistance DVOM (Digital volt ohm meter) NEXT

51. Using your DVOM place you leads on either side of the loads. Circuit with two loads on a closed circuit. What is the power or voltage used over each of the lights on the closed circuits? NEXT

52. A.12.00v, 12.00v12.00v, 12.00v B.12.00v, 6.00v12.00v, 6.00v C.6.00v, 6.00v6.00v, 6.00v D.0.00v, 0.00v0.00v, 0.00v

53. INCORRECT NEXT

54. 12.00 volts, 12.00 volts would be incorrect. This circuit is closed with two load devices. When two equal load devices are used, half of the voltage or power is used over each load. So 12 volts would be split over the two lights. Or six volts used over each light. NEXT

55. INCORRECT NEXT

56. 12.00v, 6.00v would be incorrect.. This circuit is closed with two load devices. When two equal load devices are used, half of the voltage or power is used over each load. So 12 volts would be split over the two lights. Or six volts used over each light. NEXT

57. INCORRECT NEXT

58. 0.00v, 0.00v would be incorrect.This circuit is closed with two load devices. When two equal load devices are used, half of the voltage or power is used over each load. So 12 volts would be split over the two lights. Or six volts used over each light. NEXT

59. CORRECT NEXT

60. This circuit is closed with two load devices. When two equal load devices are used, half of the voltage or power is used over each load. So 12 volts would be split over the two lights. Or six volts used over each light. 6.00 volts, 6.00 volts.

61. A voltage drop is the representation of energy used over a load device or resistance device in a circuit. If all loads are equal the amount of energy used over each load or resistance is equal. NEXT

62. Battery Ground Open switch Closed switch Resistance DVOM (Digital volt ohm meter) NEXT

67. CONGRATULATIONS!!! You have completed the voltage drop STAiR lesson. GOOD JOB