A meter movement coil has a resistance of 50 ohms and a full scale deflection is achieved by 0.001 amperes. the total applied voltage to achieve full scale deflection is _____ .

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12-09-2022
Physics

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A meter movement coil has a resistance of 50 ohms and a full scale deflection is achieved by 0.001 amperes. the total applied voltage to achieve full scale deflection is _____ .

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aryanagarwal466 aryanagarwal466 · Answer 1 · 2022-09-15T03:22:32+02:00

The total applied voltage to achieve full scale deflection is 50 x 0.001 = .05 V 0-50MA

The electric potential difference per unit charge between two places in an electric field is referred to as voltage (also known as electric potential difference, electromotive force, electric pressure, or electric tension). The letters "V" or "E" are used to represent voltage in calculations and other mathematical contexts.

The potential of one point is higher than that of the other points. Voltage or potential difference refers to the difference in charge between higher and lower potentials.

The force that propels electrons through the circuit is provided by the voltage or potential difference. More electrons will flow through the circuit as a result of increased voltage and greater force. Electrons would move arbitrarily in open space in the absence of voltage or potential difference.

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