An introduction to kinetic theory.Microscopic models of the phases of water are simulated. Gas temperature, pressure, volume and number of moles, are introduced in preparation for a study of gas behaviour.

1. Gases
Kinetic Theory

2. Kinetic theory

3. Kinetic theory
describes
movement

4. Kinetic theory
describes
movement
of
molecules

5. Kinetic theory
describes
movement
of
molecules
is related to

6. Kinetic theory
describes
movement
of
molecules
is related to
phase

7. Kinetic theory
describes
movement
of
molecules
is related to
phase
may be

8. Kinetic theory
describes
movement
of
molecules
is related to
phase
may be
solid liquid

9. Kinetic theory
describes
movement
of
molecules
is related to
phase
may be
solid liquid

10. Kinetic theory
describes
movement
is related to
of
phase
may be
molecules
solid liquid
energy (E)

11. Kinetic theory
describes
movement
is related to
phase
of
may be
molecules
solid liquid
energy (E)
intermolecular forces (i.f.)

12. Kinetic theory
describes
movement
of
molecules
is related to
phase
may be
solid liquid

13. Kinetic theory
describes
movement
is related to
of
phase
may be
molecules
solid liquid
energy (E)
E
intermolecular forces (i.f.) i.f.

14. Kinetic theory
describes
movement
of
molecules
is related to
phase
may be
solid liquid

15. Kinetic theory
describes
movement
is related to
of
phase
may be
molecules
solid liquid
energy (E)
E
intermolecular forces (i.f.) i.f.
E
i.f
.

16. Kinetic theory
describes
movement
is related to
of
phase
may be
molecules
solid liquid
energy (E)
E
intermolecular forces (i.f.) i.f.
E
i.f
.

17. Kinetic theory
describes
movement
of
molecules
is related to
phase
may be
solid liquid

18. Macroscopic

19. Microscopic

20. solid
Macroscopic
Microscopic
video

21. liquid
Macroscopic
Microscopic
video

22. Macroscopic
Microscopic
video

24. have
Temperature
Volume
Pressure
Amount
Type

25. have
Temperature
Volume
Pressure
Amount
Type

26. Temperature
(T)
measured in
Kelvin
(K)

27. Temperature
(T)
measured in
Kelvin
(K)
is a measure of the

28. Temperature
(T)
measured in
Kelvin
(K)
is a measure of the
average kinetic energy

29. Temperature
(T)
measured in
Kelvin
(K)
is a measure of the
average kinetic energy
of
particles

30. Temperature
(T)
measured in
Kelvin
(K)
is a measure of the
average kinetic energy
of
particles
(molecules)

31. Temperature
(T)
measured in
Kelvin
(K)
is a measure of the
average kinetic energy
of
particles
(molecules)

32. Volume
(V)
is amount of
space

33. Volume
(V)
measured in
is amount of
space

34. Volume
(V)
measured in
3
cm
is amount of
space

35. Volume
(V)
measured in
3
cm
dm3
is amount of
space

36. Volume
(V)
measured in
3
cm
dm3
is amount of
space

37. Pressure
(P)
is

38. Pressure
(P)
measured in
atm
is

39. Pressure
(P)
measured in
atm
is

40. Pressure
(P)
measured in
atm
is

41. Pressure
(P)
measured in
atm
is

42. Amount
(n)

43. Amount
(n)
measured in
moles
(mol)