Explain the expression for q and general thermodynamic

Reference no: EM13297938

For gases, the canonical partition function, Q, is related to the molecular partition function q by Q = q^N/N!. Use the expression for q and general thermodynamic relations to derive the perfect gas law pV = nRT.

Reference no: EM13297938

Questions Cloud

Describe the logic behind net present value : Determine the modified internal rate of return for each project. Should they be accepted. Do you feel it is better evaluation technique than the internal rate of return? Why or why not?

Final marketing plan : Final Marketing Plan

Calculate the vertical stress at every combination of depth : A circular plate is loaded with a total load of 60 kips distributed uniformly over the surface at a pressure of 100 psi. Calculate the vertical stress at every combination of the following: (a) Depth: 12 and 50 (b) Radial distance from the center ..

How is preferred stock similar to bonds : investors can sue the firm if preferred dividend payments are not paid much like bondholders can sue for non-payments of interest.

Explain the expression for q and general thermodynamic : For gases, the canonical partition function, Q, is related to the molecular partition function q by Q = q^N/N!. Use the expression for q and general thermodynamic relations to derive the perfect gas law pV = nRT.

Obtain the intensity of the wave : A plane sinusoidal electromagnetic wave carries 16.0 J of energy through a small window of area 0.20m2 in 10.0 s. What is the intensity of the wave

Determine the required thickness of the pipe wall : Determine the required thickness of the pipe wall if the operational pressure head (pressure head in the pipe under regular flow conditions) is 40 m and if the flow control valve on the downstream end closes suddenly, developing a water hammer in ..

Which of following are examples of non-diversifiable risks : You are considering buying some stocks in Continental Grain. Which of the following are examples of non-diversifiable risks?

Describe is the compaction satisfactory in labratory tests : Maximum dry unit weight was found to be 114lb/ft^3 at a water content of 13.5% in labratory tests. Results of a field unit weight test were dry unit weight=111lb/ft^3 and a water content 11%.

User Account

All Pages