2 examples from real videos — listen, replay, loop.
picking both a microstate of A and a microstate of B is the product of their numbers of microstates, Omega_A times Omega_B. Since logarithms convert multiplication into addition, the total entropy of A and B together is the entropy of A, S_A, plus the entropy of B,
Temperature and the Sackur–Tetrode Equation
picking both a microstate of A and a microstate of B is the product of their numbers of microstates, Omega_A times Omega_B. Since logarithms convert multiplication into addition, the total entropy of A and B together is the entropy of A, S_A, plus the entropy of B,
Temperature and the Sackur–Tetrode Equation
is less than - not point one volts if we is less than - not point one volts if we take logarithms of both sides we simply take logarithms of both sides we simply
Further Physical Chemistry: Electrochemistry session 8