Statement I : If galvanometer is conve...

Statement I : If galvanometer is converted into an ammeter and milliammeter then the shunt resistance of ammeter is lower than that of milliammeter.
Statement II : The shunt resistance must allow more current to pass through in case of ammeter than that of milliammeter

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(A) : If a galvanometer is converted into an ammeter and a milliammeter then the shunt resistance of ammeter is lower than that of milliammeter. (R) : In Ammeter the current through shunt is less than that of galvonameter as compared to the case of milliammeter.

The function of shunt resistance in ammeter is

Which one of the two an ammeter and a milliammeter, has a higher resistance and why?

Which of the two, an ammeter or a milliammeter, has a higher resistance and why?

Which one of the two, an ammeter or a milliammeter, has a higher resistance and why?

Statement I : If galvanometer is converted into an ammeter and milliammeter then the shunt resistance of ammeter is lower than that of milliammeter. Statement II : The shunt resistance must allow more current to pass through in case of ammeter than that of milliammeter

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Statement I : If galvanometer is converted into an ammeter and milliammeter then the shunt resistance of ammeter is lower than that of milliammeter.
Statement II : The shunt resistance must allow more current to pass through in case of ammeter than that of milliammeter