answer with explintion

1. A flow of electrons in one direction: a) AC Voltage c) Alternating Current b) Direct Voltage d) Direct Current 2. When two conductive plates are moved closer together Capacitance will: a) Increase c) Stay the same b) Decrease d) Vary Downwards 3. The name given to the material between a capacitor's plates: a) Air c) Conductor b) Dielectric d) Insulator 4. Electrons flowing in and out of a wire: a) AC Voltage c) Alternating Current b) Direct Voltage d) Direct Current 5. If the size of the conductive plates is increased, capacitance will: a) Increase c) Stay the same b) Decrease d) Vary Downwards CUSH (UNITED STATES c) Alternating Current d) Direct Current c) Storage a) Charging 6. A capacitor will block: a) AC Voltage b) Direct Voltage 7. When electrons are forced onto one plate of a capacitor: a) Polarization b) Discharging 8. A capacitor lead that is marked with a + must always be: a) Grounded b) At highest voltage 9. A small disc capacitor marked 100 has a value of: a) 100 F b).00001F c) At higher voltage than the other lead d) b&c c) 100pF d) 100F 10. A large electrolytic capacitor marked 100 has a value of: a) 100F c) 100pF b).00001F d) 100F 11. If a dielectric is changed from air to distilled water the capacitance will: a) remain the same c) decrease b) increase 81 times d) drop in half 12. A dielectric that stores energy with no loss: a) Does not exist c) Pure Glass b) Air d) A perfect vacuum 1. A flow of electrons through a material: a) Voltage Current b) Resistance d) Conductance 2. The pressure that pushes electrons through a material: a) Voltage c) Conduction b) Current d) Resistance 3. A material that has very high resistance to electron flow a) Conductor c) Resistor b) Semiconductor d) Insulator 4. A material that allows electrons to flow easily a) Conductor c) Resistor b) Semiconductor d) Insulator S. A material that produces electrical friction and restricts the flow of electrons: a) Conductor c) Resistor b) Semiconductor d) Insulator 6. A resistor that is made by wrapping a wire around a ceramic rod: a) Carbon Film c) Thermistor b) Carbon Composition d) Wirewound 7. A resistor made by heating powder and resin in an oven: a) Carbon Film c) Thermistor b) Carbon Composition d) Wirewound 8. A resistor made by depositing a very thin layer of resistive material on a ceramic rod: a) Carbon Film c) Thermistor b) Carbon Composition d) Wirewound 9. The amount of wattage a resistor can handle is determined by: a) Value c) Current b) Voltage d) Sire 1. The inductor is best described as: a) Induced Voltage c) Electrical Storage Device b) Long Wire d) Electrical Momentum 2. When wires in a coil are moved closer together, the inductance will: a) Increase c) Stay the Same b) Decrease 3. Another word used to represent an inductor: a) Wire c) Transformer b) Coil d) Conductor 4. If the diameter of a coil is increased, the inductance will: a) Increase c) Stay the same b) Decrease 5. If the number of turns in a coil is decreased, the inductance of that coil will: a) Increase c) Stay the Same b) Decrease 6. An inductor will block: a) Alternating Voltage c) Alternating Current b) Direct Voltage d) Direct Current 7. When an iron core is placed into the center of a coil, the inductance will: a) Increase c) Stay the Same b) Decrease 8. If voltage in a transformer is stepped down, the current will: a) Increase c) Must Stay the Same b) Decrease 9. When a conductor is moved through a magnetic field: a) Power is created c) Magnetic field is reduced b) A voltage is generated on the wire. d) a &c 10. The Q factor of a coil is equal to: a) Wire quality ke) Ratio of inductance to resistance b) Ratio of reactance to resistance 11. If windings on a straight rod are in the same direction, the induced voltage will have: a) Same amplitude c)Same polarity b) Different amplitude d) Different polarity 12. An inductor stores energy in its: a) Electric field c) Core b) Magnetic field d) Wires