A process is taking place at constant temperature and pressure. Then

What is the value of triangleG , when a reaction takes place at constant temperature and pressure?

a A_((g)) + bB_((g)) rarr cC_((g)) + d D_((g)) Reaction is taking place at constant Temperature, Pressure & Volume, then correct statement(s) is/are:

Show that in a process at constant temperature and pressure, the Gibbs free energy change of a system, DeltaG=-TDeltaS_("total") .

The changes in gibbs energy (Delta G) of a system for a process at constant temperature and pressure is

What are spontaneous processes ? Mention the conditions for a reaction to be spontaneous at constant temperature and pressure.

Three processes compose a thermodynamic cycle shown in the accompanying P-V , diagram of an ideal gas. Process 1 rarr 2 take place at constant temperature, during this process 60 J of heat enters the system. Process 2 rarr 3 takes place at constant volume. During this process 40 J of heat leaves the system. Process 3 rarr 1 is adiabatic. What is the change in internal energy of the during process 3 rarr 1 ?

Three processes compose a thermodynamic cycle shown in the accompanying P-V , diagram of an ideal gas. Process 1 rarr 2 take place at constant temperature, during this process 60 J of heat enters the system. Process 2 rarr 3 takes place at constant volume. During this process 40 J of heat leaves the system. Process 3 rarr 1 is adiabatic. What is the change in internal energy of the during process 3 rarr 1 ?

The oxidation of SO_(2) by O_(2) to SO_(3) is an exothermic process. The yield of SO_(3) is maximum if i. Temperature is increased and pressure is kept constant ii. Temperature is reduced and pressure is kept constant iii. Pressure is increased iv. Temperature and pressure both are increased The correct option is: