oltag notive - 7. If the voltage increases in a circuit, what happens to the current (amperes) if the resistance remains
Posted: Mon May 09, 2022 8:27 am
just answer please
oltag notive - 7. If the voltage increases in a circuit, what happens to the current (amperes) if the resistance remains the same? a. Increases b. Decreases c. Remains the same d. Cannot be determined 8. If 200 amperes flow from the positive terminal of a battery and operate the starter motor, how many amperes will flow back to the negative terminal of the battery? a. Cannot be determined b. Zero c. One half (about 100 amperes) d. 200 amperes 9. What is the symbol for voltage used in calculations? hich age bly as a. R. C. EMF 1. If an insulated (power side) wire gets rubbed through a part of the insulation and the wire conductor touches the steel body of a vehicle, the type of failure would be called a(n) a. Short-to-voltage c. Open b. Short-to-ground d. Chassis ground 2. If two insulated (power side) wires were to melt together at the point where the copper conductors touched each other, the type of failure would be called a(n) a. Short-to-voltage c. Open b. Short-to-ground d. Floating ground 3. If 12 volts are being applied to a resistance of 3 ohms, amperes will flow. a. 12 24 b. 3 d. 36 4. How many watts are consumed by a lightbulb if 1.2 amperes are measured when 12 volts are applied? (a. 14.4 watts P- TxU-1241,1 c. 10 watts b. 144 watts d. 0.10 watt 5. How many watts are consumed by a starter motor if it draws 150 amperes at 10 volts? a. 15 watts c. 1,500 watts b. 150 watts d. 15,000 watts 6. High resistance in an electrical circuit can cause a. Dim lights b. Slow motor operation C. Clicking of relays or solenoids All of the above E R esult (ъ) Е d. 1 10. Which circuit failure is most likely to cause the fuse to blow? a. Open c. Short-to-voltage b. Short-to-ground d. High resistance loc nge ht- bs ch of
oltag notive - 7. If the voltage increases in a circuit, what happens to the current (amperes) if the resistance remains the same? a. Increases b. Decreases c. Remains the same d. Cannot be determined 8. If 200 amperes flow from the positive terminal of a battery and operate the starter motor, how many amperes will flow back to the negative terminal of the battery? a. Cannot be determined b. Zero c. One half (about 100 amperes) d. 200 amperes 9. What is the symbol for voltage used in calculations? hich age bly as a. R. C. EMF 1. If an insulated (power side) wire gets rubbed through a part of the insulation and the wire conductor touches the steel body of a vehicle, the type of failure would be called a(n) a. Short-to-voltage c. Open b. Short-to-ground d. Chassis ground 2. If two insulated (power side) wires were to melt together at the point where the copper conductors touched each other, the type of failure would be called a(n) a. Short-to-voltage c. Open b. Short-to-ground d. Floating ground 3. If 12 volts are being applied to a resistance of 3 ohms, amperes will flow. a. 12 24 b. 3 d. 36 4. How many watts are consumed by a lightbulb if 1.2 amperes are measured when 12 volts are applied? (a. 14.4 watts P- TxU-1241,1 c. 10 watts b. 144 watts d. 0.10 watt 5. How many watts are consumed by a starter motor if it draws 150 amperes at 10 volts? a. 15 watts c. 1,500 watts b. 150 watts d. 15,000 watts 6. High resistance in an electrical circuit can cause a. Dim lights b. Slow motor operation C. Clicking of relays or solenoids All of the above E R esult (ъ) Е d. 1 10. Which circuit failure is most likely to cause the fuse to blow? a. Open c. Short-to-voltage b. Short-to-ground d. High resistance loc nge ht- bs ch of