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Recent questions in Helmholtz Free Energy
Thermal PhysicsAnswered question
Dennis Montoya 2022-04-12What is the difference b/n spontaneity criterial of simple and non simple systems in terms of gibbs and helmholtz free energies?
Thermal PhysicsAnswered question
Ainsley Zimmerman 2022-04-07At what conditions of a system can the equation of Helmholtz free energy be applied? Select one:a. T- const V- const
b. T= const U = const
c. V- const M -const
d. M = const P- const
b. T= const U = const
c. V- const M -const
d. M = const P- const
Thermal PhysicsAnswered question
vilitatelp014 2022-04-07Let the system be one mole of argon gas at room temperature and atmospheric pressure. Compute the total energy (kinetic only, neglecting atomic rest energies), entropy, enthalpy, Helmholtz free energy, and Gibbs free energy. Express all answers in SI units.
Thermal PhysicsAnswered question
Laila Andrews 2022-04-06Calculate delta G and delta A for the freezing of 1.00 mol of H2O at 0oC and 1 atm. The heat of fusion of water at 0oC is 6002 J mol-1. The density of ice at 0oC and 1 atm is 0.917 g cm-3, and that of water at the same conditions is 1.000 g cm-3.
The correct answers are 0; -0.16 respectively but i'm getting a different one
The correct answers are 0; -0.16 respectively but i'm getting a different one
If you are already familiar with this thermodynamics concept and the potential, you should find the questions and the answers provided quite helpful as you are working with closed systems where the temperature and the volume are constant. Starting with the F = U - T S equation, you will be able to proceed with the calculations as you estimate the Helmholtz free energy function. You should take your time to look through the samples to understand the practical use. See at least one Helmholtz free energy example to proceed with your task correctly and get your estimations delivered on time.
