ISRO Scientist or Engineer Electrical 2017

To reach the final steady temperature if the initial rate of increase of temperature were maintained constant

To reach 63% of final steady temperature

To reach 66.66% of final steady temperature

To reach half of the final steady temperature

Pure resistive circuit

L-C Circuit

R-L-C Circuit

R-L Circuit

25 volts

50 volts

75 volts

100 volts

One watt meter

One watt meter and one voltage transformer of 1 : 1 ratio

One watt meter and two voltmeters

None of the above

The smallest increment in the input that can be detected with certainty

The largest input change to which the instrument fails to respond

Ratio of the change in the magnitude of the output to the corresponding change in the magnitude of the input

Closeness of the output values for repeated application of a constant input

Decreasing current in the potentiometer wire

Increasing the length of the potentiometer wire

Decreasing the length of the potentiometer wire

Replacing the cell by a regulated power supply

De Sauty’s bridge

Maxwell’s bridge

Kelvin’s double bridge

Wien bridge

Anderson bridge

De Sautys bridge

Wien bridge

Campell’s bridge

Increase sensitivity

Reduce temperature effect

Reduce effect of stray magnetic field

Reduce the size of the instrument

The measure of consistency of the readings

Closeness with which an instrument reading approaches the true value of the quantity being measured

The smallest measurable input change

The ratio of the input to output