The value of universal gas constant

(a)

3.81 J mol^–1 K^–1

(b)

8.03 J mol^–1 K^–1

(c)

1.38 J mol^–1 K^–1

(d)

8.31 J mol^–1 K^–1

In the Given diagram, the possible direction of heat energy transformation is

(a)

A\(\leftarrow\)B, A\(\leftarrow\)C, B\(\leftarrow\)C

(b)

A\(\rightarrow\)B, A\(\rightarrow\)C, B\(\rightarrow\)C

(c)

A\(\rightarrow\)B, A\(\leftarrow\)C, B\(\rightarrow\)C

(d)

A\(\leftarrow\)B, A\(\rightarrow\)C, B\(\leftarrow\)C

Hotness or coldness of an object is called _____

A PHP Error was encountered

Severity: Warning

Message: A non-numeric value encountered

Filename: material/details.php

Line Number: 1002

()

Temperature

The process of heat transfer directly from molecule to molecule is called ______

A PHP Error was encountered

Severity: Warning

Message: A non-numeric value encountered

Filename: material/details.php

Line Number: 1002

()

conduction

Transfer of energy between any two objects due to difference in temperature is called _____

A PHP Error was encountered

Severity: Warning

Message: A non-numeric value encountered

Filename: material/details.php

Line Number: 1002

()

Thermal (or) heat energy

Superficial expansion

(1)

change in area

Cubical expansion

(2)

hot body to cold body

Heat transformation

(3)

change in volume

Boltzmann constant

(4)

1.381 x 10^-23 JK^-1

Distinguish between ideal gas and real gas.

What is co-efficient of real expansion?

What is co-efficient of apparent expansion?

With an illustration, explain the method of Calculation for linear expansion of an object.

With an illustration, explain the method of Calculation for cubical expansion of an object.

Derive the ideal gas equation.