" idal "

Benzene and naphthanlene form idal solution over the entire range of compostion. The vapour pressure of pure benzene and naphthalene at 300 K are 50.71 mm Hm and 32.06 mm Hg respectively. Calculate the mole fraction of benzene in vapour phase if 80 g of benzene is mexed with 100 g of naphthalene.

A cyclic process is shown on a P-V diagram. The working fluid is an idal and corresponding thermodynamic co-ordinates are given. Here, P and V scales are so chosen that these cycles on P-V diagram appear to be circular. Analyse these cycles on P-V diagram and answer the following questions about these proesses. Analyse these cycles on P-V diagram and answer the following questions about hte processes. What is the net work done in the given process

A cyclic process is shown on a P-V diagram. The working fluid is an idal and corresponding thermodynamic co-ordinates are given. Here, P and V scales are so chosen that these cycles on P-V diagram appear to be circular. Analyse these cycles on P-V diagram and answer the following questions about these proesses. Analyse these cycles on P-V diagram and answer the following questions about hte processes. What is the work done during expansion in the given process?

A cyclic process is shown on a P-V diagram. The working fluid is an idal and corresponding thermodynamic co-ordinates are given. Here, P and V scales are so chosen that these cycles on P-V diagram appear to be circular. Analyse these cycles on P-V diagram and answer the following questions about these proesses. Analyse these cycles on P-V diagram and answer the following questions about hte processes. What is the done during compression in the given process?

The cirucit shown in fig. extends to the right into infinity. Each battery has the electromotive force V(unknown) and the internal resistance r(known). Each resistor has the resistance 4r. The reading of the idal ammeter shown in the diagram is I. Find the value of V in terms of I and r.

The cirucit shown in fig. extends to the right into infinity. Each battery has the electromotive force V(unknown) and the internal resistance r(known). Each resistor has the resistance 4r. The reading of the idal ammeter shown in the diagram is I. Find the value of V in terms of I and r.