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Kinetic theory of gases
Kinetic theory of gases
Available Lesson & Learning Object's
1. Kinetic theory of gases › Ideal gas law › Steps and method of solving based on equation of state
2. Kinetic theory of gases › Test of knowledge
3. Kinetic theory of gases › Equipartion energy and boltzmann distribution
4. Kinetic theory of gases › Ideal gas law
5. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions)
6. Kinetic theory of gases › Test of knowledge › Quiz
7. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Steps and method of solving based on internal energy for an ideal gas
8. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Internal energy for an ideal gas
9. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Steps and method of solving based on thermal energy
10. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Thermal energy
11. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Steps and method of solving based on equipartition of energy
12. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Equipartition of energy
13. Kinetic theory of gases › Ideal gas law › ideal gas equation for isobaric, isochoric, isothermal and isentropic processes
14. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Kinetic theory of gases (postulates)
15. Kinetic theory of gases › Ideal gas law › Alternative forms of equation of a state
16. Kinetic theory of gases › Ideal gas law › Ideal gas law i.e. equation of state
17. Kinetic theory of gases › Ideal gas law › Ideal gas law statement
18. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Steps and method of solving based on mean free path
19. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Mean free path of the gas molecules
20. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Steps and method of solving based on frequency of collision
21. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Frequency of collision of gas molecules in a container
22. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Steps and method of solving based on RMS speed of gas molecules
23. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › RMS speed of molecules
24. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Kinetic energy and temperature of the gas
25. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Factors affecting kinetic theory (pressure, temp, number of collisions with the wall of the container)
2. Kinetic theory of gases › Test of knowledge
3. Kinetic theory of gases › Equipartion energy and boltzmann distribution
4. Kinetic theory of gases › Ideal gas law
5. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions)
6. Kinetic theory of gases › Test of knowledge › Quiz
7. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Steps and method of solving based on internal energy for an ideal gas
8. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Internal energy for an ideal gas
9. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Steps and method of solving based on thermal energy
10. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Thermal energy
11. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Steps and method of solving based on equipartition of energy
12. Kinetic theory of gases › Equipartion energy and boltzmann distribution › Equipartition of energy
13. Kinetic theory of gases › Ideal gas law › ideal gas equation for isobaric, isochoric, isothermal and isentropic processes
14. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Kinetic theory of gases (postulates)
15. Kinetic theory of gases › Ideal gas law › Alternative forms of equation of a state
16. Kinetic theory of gases › Ideal gas law › Ideal gas law i.e. equation of state
17. Kinetic theory of gases › Ideal gas law › Ideal gas law statement
18. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Steps and method of solving based on mean free path
19. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Mean free path of the gas molecules
20. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Steps and method of solving based on frequency of collision
21. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Frequency of collision of gas molecules in a container
22. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Steps and method of solving based on RMS speed of gas molecules
23. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › RMS speed of molecules
24. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Kinetic energy and temperature of the gas
25. Kinetic theory of gases › Kinetic theory of gases(molecular speeds, mean free path, frequency of collisions) › Factors affecting kinetic theory (pressure, temp, number of collisions with the wall of the container)
Other Topic's Details
Heat and temperatureLaws of thermodynamics
Isothermal and adiabatic process (heat engine
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