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- CSIR NET
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Which ofthe following statement is correct about [cu(nh,).p*. due to jahn teller distortion (a) it is thermodynanmically stabilised but kinetically destablised
Which ofthe following statement is correct about [Cu(NH,).P*. Due to Jahn Teller Distortion (a) it is thermodynanmically stabilised but kinetically destablised (b) It is thermodynamically destabilised but kinetically stabilised complex (c) It is both kinetically and thermodynamically stabilised (d) It is both kinetically and thermodynamically destabilised
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Lingareddy 1 Best Answer
Thermodynamic stability is a term used in chemistry to describe a chemical system that is neither consuming nor releasing heat energy. In the absence of a change in thermal energy, the substance is not undergoing a chemical reaction and is, therefore, stable. copper complex stable Kinetic stability basically occurs when the reactants react really slowly. The slower the reaction occurs, the greater the kinetic stability. If you say, "This reaction is kinetically stable," then that implies that the reaction occurs very slowly. the difference between kinetic and thermodynamic stability, you first have to understand potential energy surfaces, and how they are related to the state of a system. A potential energy surface is a representation of the potential energy of a system as a function of one or more of the other dimensions of a system. Most commonly, the other dimensions are spatial. Potential energy surfaces for chemical systems are usually very complex and hard to draw and visualize. Fortunately, we can make life easier by starting with simple 2-d models, and then extend that understanding to the generalized N-d case.