Working principle of bimetallic thermometers is difference in linear co-efficient of thermal expansion of two strips of different metals welded together. Which of the following has the maximum thermal co-efficient of linear expansion?

Process Control and Instrumentation
Working principle of bimetallic thermometers is difference in linear co-efficient of thermal expansion of two strips of different metals welded together. Which of the following has the maximum thermal co-efficient of linear expansion?

Nickel

Invar

Chromel

Brass

Nickel

Invar

Chromel

Brass

ANSWER DOWNLOAD EXAMIANS APP

Process Control and Instrumentation
A mercury thermometer can not be used to measure the temperature below the freezing point of mercury, which is __________ °C.

-11.9

-80.9

-38.9

-60.9

-11.9

-80.9

-38.9

-60.9

ANSWER DOWNLOAD EXAMIANS APP

Process Control and Instrumentation
Flow rate of a river is measured by a/an

Vane meter

Open weir

Pitot tube

Kennison nozzle

Vane meter

Open weir

Pitot tube

Kennison nozzle

ANSWER DOWNLOAD EXAMIANS APP

Process Control and Instrumentation
__________ stability method uses open loop transfer function.

None of these

Nyquist

Mikhalov

Ruth

None of these

Nyquist

Mikhalov

Ruth

ANSWER DOWNLOAD EXAMIANS APP

Process Control and Instrumentation
Normal mercury thermometer can be used to measure a temperature of about 300°C. However, its maximum temperature measurement range can be increased upto about 500°C by

Increasing the diameter of the tube

Filling nitrogen under pressure in the stem

Accounting for the tube expansion

Using steel tube in place of glass tube

Increasing the diameter of the tube

Filling nitrogen under pressure in the stem

Accounting for the tube expansion

Using steel tube in place of glass tube

ANSWER DOWNLOAD EXAMIANS APP

Process Control and Instrumentation
A stable system is the one

None of these

Which exhibits an unbounded response to a bounded input

Which satisfies the conditions for a servo problem

For which the output response is bounded for all bounded input

None of these

Which exhibits an unbounded response to a bounded input

Which satisfies the conditions for a servo problem

For which the output response is bounded for all bounded input

ANSWER DOWNLOAD EXAMIANS APP

Process Control and Instrumentation

Process Control and Instrumentation Working principle of bimetallic thermometers is difference in linear co-efficient of thermal expansion of two strips of different metals welded together. Which of the following has the maximum thermal co-efficient of linear expansion?

Process Control and Instrumentation A mercury thermometer can not be used to measure the temperature below the freezing point of mercury, which is __________ °C.

Process Control and Instrumentation Flow rate of a river is measured by a/an

Process Control and Instrumentation __________ stability method uses open loop transfer function.

Process Control and Instrumentation Normal mercury thermometer can be used to measure a temperature of about 300°C. However, its maximum temperature measurement range can be increased upto about 500°C by

Process Control and Instrumentation A stable system is the one

Process Control and Instrumentation
Working principle of bimetallic thermometers is difference in linear co-efficient of thermal expansion of two strips of different metals welded together. Which of the following has the maximum thermal co-efficient of linear expansion?

Process Control and Instrumentation
A mercury thermometer can not be used to measure the temperature below the freezing point of mercury, which is __________ °C.

Process Control and Instrumentation
Flow rate of a river is measured by a/an

Process Control and Instrumentation
__________ stability method uses open loop transfer function.

Process Control and Instrumentation
Normal mercury thermometer can be used to measure a temperature of about 300°C. However, its maximum temperature measurement range can be increased upto about 500°C by

Process Control and Instrumentation
A stable system is the one