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Ammeter is likely to burn out if you connect it in parallel because:
- a)It has high voltage
- b)It has a high resistance
- c)It has low voltage
- d)It has a low resistance
Correct answer is option 'D'. Can you explain this answer?
Verified Answer
Ammeter is likely to burn out if you connect it in parallel because:a)...
An ammeter has a low resistance since it is always connected in series in an electrical circuit. If it is connected in parallel, a high current will flow through it and it is likely to burn out.
Most Upvoted Answer
Ammeter is likely to burn out if you connect it in parallel because:a)...
An ammeter is likely to burn if connected in parallel because :
1)an ammeter is a low resistance device
2)when connected in parallel , resistance of the circuit reduces considerably hence , a large current flows through the circuit which may lead to burning of ammeter
hope u got it
1)an ammeter is a low resistance device
2)when connected in parallel , resistance of the circuit reduces considerably hence , a large current flows through the circuit which may lead to burning of ammeter
hope u got it
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Community Answer
Ammeter is likely to burn out if you connect it in parallel because:a)...
Ammeter Basics
An ammeter is an instrument used to measure the electric current flowing through a circuit. It is designed to have low resistance to ensure that it does not significantly affect the circuit being measured.
Why Connect in Series?
- Ammeters should be connected in series with the circuit.
- This configuration allows the ammeter to directly measure the current without altering the circuit's operation.
Risk of Connecting in Parallel
When an ammeter is connected in parallel, several issues arise:
- Low Resistance: Ammeters are constructed with very low resistance to minimize the voltage drop across them. This design is crucial for accurate current measurements.
- Excessive Current Flow: If connected in parallel, the ammeter effectively acts as a short circuit. Since it has low resistance, it allows a large amount of current to flow through it, which is far beyond its designed capacity.
- Burnout Risk: The excessive current can lead to overheating, causing the ammeter to burn out or get damaged.
Conclusion
In summary, connecting an ammeter in parallel poses a significant risk because:
- It has low resistance.
- This low resistance allows excessive current, which can lead to failure.
Always ensure that ammeters are connected in series to prevent damage and obtain accurate measurements.
An ammeter is an instrument used to measure the electric current flowing through a circuit. It is designed to have low resistance to ensure that it does not significantly affect the circuit being measured.
Why Connect in Series?
- Ammeters should be connected in series with the circuit.
- This configuration allows the ammeter to directly measure the current without altering the circuit's operation.
Risk of Connecting in Parallel
When an ammeter is connected in parallel, several issues arise:
- Low Resistance: Ammeters are constructed with very low resistance to minimize the voltage drop across them. This design is crucial for accurate current measurements.
- Excessive Current Flow: If connected in parallel, the ammeter effectively acts as a short circuit. Since it has low resistance, it allows a large amount of current to flow through it, which is far beyond its designed capacity.
- Burnout Risk: The excessive current can lead to overheating, causing the ammeter to burn out or get damaged.
Conclusion
In summary, connecting an ammeter in parallel poses a significant risk because:
- It has low resistance.
- This low resistance allows excessive current, which can lead to failure.
Always ensure that ammeters are connected in series to prevent damage and obtain accurate measurements.
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Ammeter is likely to burn out if you connect it in parallel because:a)It has high voltageb)It has a high resistancec)It has low voltaged)It has a low resistanceCorrect answer is option 'D'. Can you explain this answer?
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Ammeter is likely to burn out if you connect it in parallel because:a)It has high voltageb)It has a high resistancec)It has low voltaged)It has a low resistanceCorrect answer is option 'D'. Can you explain this answer? for Class 10 2025 is part of Class 10 preparation. The Question and answers have been prepared according to the Class 10 exam syllabus. Information about Ammeter is likely to burn out if you connect it in parallel because:a)It has high voltageb)It has a high resistancec)It has low voltaged)It has a low resistanceCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for Class 10 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Ammeter is likely to burn out if you connect it in parallel because:a)It has high voltageb)It has a high resistancec)It has low voltaged)It has a low resistanceCorrect answer is option 'D'. Can you explain this answer?.
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