Show that both heat and work are path dependent quantities.

Why is the heat capacity a path-dependent quantity?

Give two examples which are path dependent quantities. Are they properties of the system ?

This question has Statement I and Statement II. Of the four choices given after the Statements, choose the one that best describes the two Statements. Statement-I : Heat and work are "definite quantities". Statements-II : Heat and work are not properties of a system, their values depend on the path of the process and vary accordingly.

Thermodynamic state functions are path-independent quantities. Explain with an example.

Show that the unit of a rate constant depends on the unit of time and the overall of the reaction.

Show that volt/metre and newton/coulomb are the units of the same physical quantity.

Give two examples of path-dependent quantities. Are they properties of a system?

Define conservative force. Show that the work done around a closed path in a conservative force field is zero.

Define conservative force . Show that the work done around a closed path in a conservative force field is zero .