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Loading effect in a voltmeter can be avoided by
- a)using high voltage range
- b)using a high sensitive voltmeter
- c)using an accurate and precise instrument
- d)using a low sensitive voltmeter
Correct answer is option 'C'. Can you explain this answer?
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Verified Answer
Loading effect in a voltmeter can be avoided bya)using high voltage ra...
Higher the sensitivity of the voltmeter, lower the loading effect and vice-versa.
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Loading effect in a voltmeter can be avoided bya)using high voltage ra...
Avoiding Loading Effect in Voltmeter
The loading effect in a voltmeter occurs when the voltmeter itself becomes a part of the circuit being measured, thereby altering the circuit’s behavior. This effect can be avoided by using an accurate and precise instrument. Let's discuss the ways to avoid the loading effect in a voltmeter.
1. Using an Accurate and Precise Instrument
The loading effect in a voltmeter can be avoided by using an accurate and precise instrument. An accurate voltmeter will give reliable readings while a precise voltmeter will give consistent readings. Therefore, it is important to use an instrument that is both accurate and precise.
2. Using a Low Sensitive Voltmeter
A low sensitive voltmeter can be used to avoid the loading effect. A low sensitive voltmeter draws very little current from the circuit being measured and therefore minimizes the chances of altering the circuit’s behavior. However, a low sensitive voltmeter might not be suitable for measuring low voltage signals.
3. Using a High Voltage Range
Using a high voltage range can also help in avoiding the loading effect. A high voltage range voltmeter draws less current than a low voltage range voltmeter while measuring the same voltage. Therefore, it is advisable to use the highest possible voltage range while measuring a voltage signal.
4. Using a High Sensitive Voltmeter
Using a high sensitive voltmeter can also help in avoiding the loading effect. A high sensitive voltmeter draws very little current from the circuit being measured and therefore minimizes the chances of altering the circuit’s behavior. A high sensitive voltmeter is suitable for measuring low voltage signals.
Conclusion
In conclusion, to avoid the loading effect in a voltmeter, it is important to use an accurate and precise instrument. A low sensitive voltmeter can also be used, but it might not be suitable for measuring low voltage signals. Using a high voltage range or a high sensitive voltmeter can also help in avoiding the loading effect.
The loading effect in a voltmeter occurs when the voltmeter itself becomes a part of the circuit being measured, thereby altering the circuit’s behavior. This effect can be avoided by using an accurate and precise instrument. Let's discuss the ways to avoid the loading effect in a voltmeter.
1. Using an Accurate and Precise Instrument
The loading effect in a voltmeter can be avoided by using an accurate and precise instrument. An accurate voltmeter will give reliable readings while a precise voltmeter will give consistent readings. Therefore, it is important to use an instrument that is both accurate and precise.
2. Using a Low Sensitive Voltmeter
A low sensitive voltmeter can be used to avoid the loading effect. A low sensitive voltmeter draws very little current from the circuit being measured and therefore minimizes the chances of altering the circuit’s behavior. However, a low sensitive voltmeter might not be suitable for measuring low voltage signals.
3. Using a High Voltage Range
Using a high voltage range can also help in avoiding the loading effect. A high voltage range voltmeter draws less current than a low voltage range voltmeter while measuring the same voltage. Therefore, it is advisable to use the highest possible voltage range while measuring a voltage signal.
4. Using a High Sensitive Voltmeter
Using a high sensitive voltmeter can also help in avoiding the loading effect. A high sensitive voltmeter draws very little current from the circuit being measured and therefore minimizes the chances of altering the circuit’s behavior. A high sensitive voltmeter is suitable for measuring low voltage signals.
Conclusion
In conclusion, to avoid the loading effect in a voltmeter, it is important to use an accurate and precise instrument. A low sensitive voltmeter can also be used, but it might not be suitable for measuring low voltage signals. Using a high voltage range or a high sensitive voltmeter can also help in avoiding the loading effect.
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Loading effect in a voltmeter can be avoided bya)using high voltage ra...
Using accurate and precise instrument
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Loading effect in a voltmeter can be avoided bya)using high voltage rangeb)using a high sensitive voltmeterc)using an accurate and precise instrumentd)using a low sensitive voltmeterCorrect answer is option 'C'. Can you explain this answer?
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