Assertion: voltmeter's resistance | /r/HasProperty | infinite
Facets:
value: ideally
type: DEGREE
value: respectively
type: DEGREE
Source sentences:
text: An ideal voltmeter has infinite resistance.
text: The voltmeter and the ammeter (labeled V and A, respectively) can be considered ideal; that is, their resistances are infinity and zero, respectively.
text: An ideal voltmeter has infinite resistance.
text: So the ideal voltmeter should have an infinite resistance.
text: An ideal voltmeter has infinite resistance.
text: Ideal voltmeter has in infinite resistance, and 10MΩ or 100MΩ are common.
text: A perfect voltmeter has infinite resistance, so that it draws no current from the circuit under test.
text: A perfect voltmeter has infinite resistance, so that it draws no current from the circuit under test.
text: Ideally, the resistance of the voltmeter should be infinite.
text: Ideally, the voltmeter should have infinite resistance while ideal ammeters have zero resistance.
text: If the voltmeter displays infinite resistance, then the cable has a cut or break somewhere along its length, and it will need to be replaced.
text: Ideally the resistance of voltmeter should be infinite.
text: The measured value of resistance R m , would be equal to the true value,R, if the ammeter resistance is zero and the voltmeter resistance is infinite so that the conditions in the circuit are not disturbed.
text: From equation-2 it is clear that the true value of resistance is equal to the measured value only if the resistance of voltmeter is infinite.
text: For current not to flow through a voltmeter, the resistance of an ideal voltmeter should be infinity.
text: If the load is r and the voltmeter resistance is infinity connected in parallel to each other, the effective resistance will be
text: Answer: The internal resistance of an ideal voltmeter is infinity and the internalresistance of an ideal ammeter is zero.