The temperature, under thermal and electrical system analogy, is considered analogous to

In thermal-electrical analogy charge is considered analogous to

A

heat flow

B

reciprocal of heat flow

C

reciprocal of temperature

D

temperature

E

none of the above

In liquid level and electrical system analogy, voltage is considered analogous to

A

head

B

liquid flow

C

liquid flow rate

D

none of the above

In electrical pneumatic system analogy the current is considered analogous to

A

velocity

B

pressure

C

air flow

D

air flow rate

The term analogous to the electrical current in a thermal system is the

A

Temperature difference

B

Heat flow rate

C

Heat content in the system

D

None of these

The capacitance, in force-current analogy, is analogous to

A

Momentum

B

Velocity

C

Displacement

D

Mass

The width of the analogous column in the method of column analogy is

A

$$\frac{2}{{{\text{E}}I}}$$

B

$$\frac{1}{{{\text{E}}I}}$$

C

$$\frac{1}{{2{\text{E}}I}}$$

D

$$\frac{1}{{4{\text{E}}I}}$$

In force current analogy, displacement x is analogous to

A

Charge

B

Magnetic flux linkage

C

Electrostatic energy

D

Voltage

In force-voltage analogy, velocity is analogous to

A

current

B

charge

C

inductance

D

capacitance

Spring constant in force-voltage analogy is analogous to

A

capacitance

B

reciprocal of capacitance

C

current

D

resistance

The viscous friction co-efficient, in force-voltage analogy, is analogous to

A

charge

B

resistance

C

reciprocal of inductance

D

reciprocal of conductance

E

none of the above

The temperature, under thermal and electrical system analogy, is considered analogous to

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