At constant temperature and volume, it is given by −RT times the partial derivative of the natural log of the canonical partition function with respect to the component frequency, and at constant temperature and pressure, the Gibbs-Duhem equation indicates its dependence of its changes on the components of a mixture.
At constant temperature and volume, it is given by −RT times the partial derivative of the natural log of the canonical partition function with respect to the component frequency, and at constant temperature and pressure, the Gibbs-Duhem equation indicates its dependence of its changes on the components of a mixture. It is equivalent to Fermi energy at absolute zero, and for a Bose-Einstein condensate or a conservative system of phonons, its value is exactly zero. For ten points, name this measure from physical chemistry defined as the constant temperature and volume partial derivative of Helmholtz free energy with respect to the number of particles, symbolized µ.
At constant temperature and volume, it is given by −RT times the partial derivative of the natural log of the canonical partition function with respect to the component frequency, and at constant temperature and pressure, the Gibbs-Duhem equation indicates its dependence of its changes on the components of a mixture.
Chemical potential