1. Sublimation! As illustrated through the addition of heat energy (created by Kasey Nakajima)

2. Sublimation is…

3. the process of changing a solid into a gas without allowing the solid to pass through the liquid phase.

4. (Solid)

5. the process of changing a solid into a gas without allowing the solid to pass through the liquid phase. (Solid) Add energy

6. the process of changing a solid into a gas without allowing the solid to pass through the liquid phase. (Solid) Add energy (Gas)

7. Sublimation requires…

8. ENERGY.

9. (Enough energy to…)

10. 1. Excite the atoms of the solid substance.

11. 1. Excite the substance (s) so that it reaches its maximum heat capacity.

12. Energy meter (Energy added)

13. 1. Excite the substance (s) so that it reaches its maximum heat capacity. Energy meter (Energy added)

14. 1. Excite the substance (s) so that it reaches its maximum heat capacity. Energy meter (Energy added)

15. 1. Excite the substance (s) so that it reaches its maximum heat capacity. Energy meter (Energy added)

16. 1. Excite the substance (s) so that it reaches its maximum heat capacity. Energy meter (Energy added)

17. 1. Excite the substance (s) so that it reaches its maximum heat capacity. Energy meter (Energy added)

18. 1. Excite the substance (s) so that it reaches its maximum heat capacity. Energy meter (Energy added)

19. 1. Excite the substance (s) so that it reaches its maximum heat capacity. Energy meter (Energy added)

20. 2. Sever the bonds of that hold the atoms of the substance together. Energy meter (Energy added)

21. 2. Sever all the atomic bonds in the substance (s). Energy meter (Energy added)

22. 2. Sever all the atomic bonds in the substance (s). Energy meter (Energy added)

23. 2. Sever all the atomic bonds in the substance (s). Energy meter (Energy added)

24. 2. Sever all the atomic bonds in the substance (s). Energy meter (Energy added)

25. 3. Excite the unbonded atoms of the substance so that it reaches its minimum heat capacity in the gaseous state. Energy meter (Energy added)

26. 3. Excite the unbonded atoms of the substance so that it reaches its minimum heat capacity in the gaseous state. Energy meter (Energy added)

27. 3. Excite the unbonded atoms of the substance so that it reaches its minimum heat capacity in the gaseous state. Energy meter (Energy added)

28. 3. Excite the unbonded atoms of the substance so that it reaches its minimum heat capacity in the gaseous state. Energy meter (Energy added)

29. 3. Excite the unbonded atoms of the substance so that it reaches its minimum heat capacity in the gaseous state. Energy meter (Energy added)

30. 3. Excite the unbonded atoms of the substance so that it reaches its minimum heat capacity in the gaseous state. Energy meter (Energy added)

31. And that… Energy meter (Energy added)

32. …is SUBLIMATION!!! Energy meter (Energy added)

33. [[sublime]] Energy meter (Energy added)

34. [[sublime]] Energy meter (Energy added)

35. [[sublime]] Energy meter (Energy added)

36. [[sublime]] Energy meter (Energy added)