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ajayguhan
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if the time taken by a system to execute a process through a finite gradient is infinitely large, then the process is reversible or irreversible?
The key words are "finite gradient." The answer to the question is "irreversible."ajayguhan said:if the time taken by a system to execute a process through a finite gradient is infinitely large, then the process is reversible or irreversible?
A reversible reaction is one in which the reaction can proceed in both the forward and reverse direction, while an irreversible reaction can only proceed in one direction.
A reversible reaction will reach equilibrium, meaning that the concentrations of reactants and products will remain constant over time, while an irreversible reaction will continue until one of the reactants is completely consumed.
The temperature, pressure, and concentration of reactants and products can all affect the reversibility of a reaction. Increasing the temperature or pressure, or decreasing the concentration of products, can make a reaction more reversible.
Yes, a reversible reaction can become irreversible if the concentrations of reactants and products are not balanced or if there is a change in temperature or pressure. For example, a reversible reaction that reaches equilibrium at one temperature may become irreversible at a different temperature.
No, an irreversible reaction cannot be reversed. This is because the reaction proceeds in only one direction, and there is no way to convert the products back into reactants. However, an irreversible reaction can be made more reversible by changing the conditions or using a catalyst.