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Test your basic knowledge |
Basic Electricity Vocab
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Negative charge of electricity
Current
Permanent Magnet
Electron
Bimetallic Strip
2. The moving part of a dynamo or motor consisting of coils of wire around an iron core.
Voltage Drop
Magnetic Poles
Magnetic Circuit
Armature
3. Total and complete opposition to the flow of electrons
Voltmeter
Kilowatt Hour
Micro Ampere
Impedance
4. A connection of circuit of low resistance. Current through each of the end- to- end devices is exactly the same. Only one path for the current.
Atom
Series Circuit
Magnetic Circuit
Alternator
5. A device used to change the voltage of an alternating current circuit.
Transformer
Horsepower
Rotor
Secondary Winding
6. Single POSITIVE electrical charge - located in the middle of an atom.
Watt
Fuse
Coulomb
Proton
7. The liquid solution (sometime a paste) in which the electrodes are placed.
Factors Governing Resistance
Factors governing the Value of EMF of a Generator
Wattmeter
Electrolyte
8. The area surrounding a magnet in which magnetic properties are exhibited
Electrical Circuit
Magnetic Field
Secondary Cell
Mega Ohm
9. Occurs when a stream of electrons are caused to move through a conductor.
Permanent Magnet
Current
Series - Parallel Circuit
Magnetic Lines of Force
10. The condition where the free electrons are caused to move in the same direction along or through a conductor.
Current
Electron Flow
Permeability
Resistance
11. An instrument for measuring electrical power. Most common use: The meter of your house to measure electrical consumption.
Magnetic Poles
Milliampere
Current
Wattmeter
12. Transformer coil connected to the load. (Output side of a transformer regardless of voltage).
Permanent Magnet
Free Electrons
Secondary Winding
Impedance
13. Electric charges at rest. Caused by friction of materials - where a surplus of electrons exists and may be discharged.
Step- Down Transformer
Static Electrical Charge
Cycle
'Crose Phase'
14. 1.Material itself (Atomic Structure - Good conductor or Bad) 2.Length of the conductor 3.Cross - sectional area (Size) 4.Temperature
Step-Up Transformer
Kilowatt
Factors Governing Resistance
Artificial Magnet
15. Rate of electrons flow (current flow). When one 'Coulomb' of electrons pass a given point in one second.
Volt
Ampere
Meter
Three -Phase Circuit
16. A generator that produces alternating current.
Mega Ohm
Amp Meter
Frequency
Alternator
17. One millionth of a volt.
Ohm's Law
Lines of Force
Cycle
Micro Volt
18. The rotating member of an electrical machine.
Electrical Circuit
Rotor
Resistance
Magnetic Pole
19. A material which CANNOT be magnetized. Example: Wood - Glass - Brass - Rubber...
Electrode
Non - Magnetic Material
Amp Meter
Lines of Force
20. A machine which utilizes magnetism to produce an EMF and consequently - an electric circuit.
Bimetallic Strip
Permanent Magnet
Insulator
Electric Generator
21. A material which can be magnetized - principally iron.
Magnetic Material
Ampere
Mega Ohm
Current
22. One millionth of an ampere.
Electron Flow
Horsepower
Ohmmeter
Micro Ampere
23. The voltage dissipation between any two points in a circuit. The voltage 'dropped' or 'dissipated' in forcing current through a resistance.
Electrical Circuit
Voltage Drop
Magnetic Lines of Force
Shells
24. The complete path through which the lines of force travel - leaving the north pole and re- entering the south pole.
Micro Ampere
Magnetic Poles
Magnetic Circuit
Nucleus
25. An instrument for measuring electric current
Current
Shells
Amp Meter
Atom
26. Term applied to the loss of voltage in forcing current through any portion of a circuit. Different factors will cause a drop; material - size - (cross - sectional area) length - temperature.
Lines of Force
Magnetic Pole
Voltage Drop
Magnetic Material
27. A rod or strip composed of two metals having different rates or coefficients of expansion. Upon being heated - it bends in a direction which causes the material with the greater rate of expansion to be on the outside.
Volt
Wattmeter
Secondary Winding
Bimetallic Strip
28. Any device which may be placed in the circuit and which offers opposition to the flow of electrons around the circuit.
Magnetic Pole
Electron
Parallel Circuit
Resistor
29. The unit of resistance. It is the resistance through which a voltage of 1 volt will produce a current of 1 ampere.
Ohm
Condenser
Magnetism
Residual Magnetism
30. A material with few free electrons. A structure or material used to prevent the passage of current.
Series Circuit
Voltmeter
Insulator
Micro Volt
31. An instrument for measuring electromotive force in volts. It must be connected across the load that causes the votage drop.
Potential Difference
Voltmeter
Resistance
Fuse
32. One millionth of an ohm.
Milliampere
Plates
Wattmeter
Micro Ohm
33. A circuit with only one path for current to flow. There are no branches.
Series Circuit
Natural Magnet
Plates
Bimetallic Strip
34. The path of an electric current. To permit a steady flow of current - the path must be complete. Commonly - a complete circuit includes a device for the production of an electromotive force - connecting wires - and a device supplied with electricity.
Secondary Cell
Magnetic Field
Circuit
Electrolyte
35. Fundamental constituents of matter. The 'elements' (tiny particles) which come together in various combinations to form molecules of many substances.
Ohm's Law
Atom
Series Circuit
Lagging Current
36. A cell which is composed of certain materials which are used up during the process of delivering electric current.
Primary Cell
Short Circuit
Alternator
Natural Magnet
37. The space around a magnet in which the magnetic force is felt.
Armature
Factors Governing Resistance
Magnetic Field
Secondary Winding
38. The unit of electromotive force - potential - pressure - or voltage which produces a current of one ampere in a circuit having a resistance of 1 ohm. This is the force created to move electrons through a circuit.
Shells
Electric Generator
Resistance
Volt
39. Coil connected to the source of power on a transformer.
Positive Plate
Parallel Circuit
Primary Winding
Power
40. Opposition to current flow
Kilowatt Hour
Parallel Circuit
Residual Magnetism
Resistance
41. A short circuit between two energized conductors and/or an energized conductor and a grounded phase. Very high current flow.
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42. A rate of movement of electrons through a conductor.
Resistance
Free Electrons
Cycle
Current
43. Single NEGATIVE electrical charge. Orbits around the nucleus some in paths close to the nucleus - others in paths varying distance from the nucleus.
Resistance
Step-Up Transformer
Electron
Lagging Current
44. Those electrons in orbit nearest the nucleus - not easily dislodged from their normal orbits.
Bound Electrons
Series Circuit
Lines of Force
Three -Phase Circuit
45. Smallest part a substance can physically divided into composed of 2 or more atoms.
Volt
Molecule
Mega Ohm
Series Circuit
46. (EMF) The force created by an electric generator (or by other means) which causes current to flow. (Same as Voltage - Volts - Electric Potential - Pressure).
Electrode
Rotor
Electro- Motive Force
Current
47. An alternating current which current cycle begins earlier than its voltage cycle.
Leading Current
Electro- Motive Force
Resistor
Current
48. The time rate at which work is done or energy is transferred. When a pressure of 1 volt sends a current of 1 ampere through a resistance of 1 ohm - the power in the circuit is said to be 1 watt.
Storage Battery
Voltage Drop
Power
Resistor
49. Shows relationship between Current - Voltage - Wattage and Resistance.
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50. A material that has many free electrons thus allowing electric current to flow through it easily.
Resistance
Coulomb
Conductor
Plates