Ammeter burns out when connected in parallel because- It has high voltageIt has low resistanceIt has low voltageIt has high resistance

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Circuit Diagram and Electrical Components

Ammeter burns...

Question

Ammeter burns out when connected in parallel because:

It has high voltage

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It has low resistance

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It has low voltage

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It has high resistance

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Solution

The correct option is B It has low resistance
Since an ammeter is connected in series, it has a very low resistance to reduce the voltage drop across it. If it is connected in parallel, a high amount of current will pass through it burning the device.

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Similar questions

Which statement is /are correct?
1. An ammeter is connected in series in a circuit and a voltmeter is connected in parallel.
2. An ammeter has a high resistance.
3. A voltmeter has a low resistance.

Q. Which statement/statement is/are correct?
1. An ammeter is connected in series in a circuit and a voltmeter is connected in parallel.
2. An ammeter has a high resistance.
3. A voltmeter has a low resistance.

(a) 1, 2, 3
(b) 1, 2
(c) 2, 3
(d) 1

Q. State whether a voltmeter has s high resistance or a low resistance. Give reason for your answer.

Q. why does a voltmeter have high resistance whereas an ammeter has low resistance??

Q. An ammeter is
(A) Used to measure current in circuit
(B) Used to measure potential difference
(C) Has low resistance and connected in series
(D) Has high resistance and connected in series
The true options(s) is/are

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Ammeter burns out when connected in parallel because:

The correct option is B It has low resistanceSince an ammeter is connected in series, it has a very low resistance to reduce the voltage drop across it. If it is connected in parallel, a high amount of current will pass through it burning the device.

The correct option is B It has low resistance
Since an ammeter is connected in series, it has a very low resistance to reduce the voltage drop across it. If it is connected in parallel, a high amount of current will pass through it burning the device.