No it's not safe to say that. This TS diagram doesn't say anything about the amount of work that's being done on or by the surroundings, or how the process is carried out. I can easily visualize a reversible process corresponding to this cycle.Ahmed1029 said:
A reversible transformation is a process that can be reversed, meaning that the system can return to its original state after the transformation has occurred.
The reversibility of a transformation depends on the conditions under which it occurs. In general, a transformation is considered reversible if it occurs under conditions of equilibrium, meaning that the system is in a stable state and no energy is lost.
There are several factors that can make a transformation irreversible, including the presence of irreversible reactions, changes in temperature or pressure, and the release of energy or matter from the system.
In most cases, an irreversible transformation cannot be reversed. This is because irreversible processes involve the loss of energy or matter from the system, making it impossible to return to its original state.
Some common examples of irreversible transformations include combustion reactions, diffusion of gases, and chemical reactions that produce a gas or precipitate. Other examples include melting, boiling, and freezing of substances.