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a matching puzzle by
PuzzleFast Instant Puzzle Maker
https://www.puzzlefast.com/en/puzzles/20121104269263
1. | Hexagonal Ice | A. | It is formed by condensation of water vapor at much lower temperatures below negative 80 degrees Celsius. |
2. | Triamantane | B. | A model used to describe the movement of particles as explained by the kinetic molecular theory. |
3. | Diamondoids | C. | A type of higher diamondoids which is already a diamond with a weight of less than a billionth of billionth of a carat. |
4. | Clathrate hydrates | D. | An Indian Mathematician-physicist to whom Einstein expanded his statistical calculations. |
5. | Kinetic Molecular molecular model | E. | He predicted the BEC in 1924. |
6. | Eric A. Cornell, Wolfgang Ketterle and Carl E. Weiman | F. | A type of diamondoids which have 3 cages. |
7. | Undecamantanee | G. | they coined the term 'plasma' to the most common form of matter in the universe. |
8. | Bose-Eintein condensate | H. | A theory that explains the behavior of solids, liquids and gasses. |
9. | Albert Einstein | I. | It is considered as the forth state of matter. it is a high-energy, electrically charged gas produced by heating the gas until the electrons in the outer orbitals of the atom separate. |
10. | 1924 | J. | The country in Central eastern Europe which the first diamondoid was discovered in 1933. |
11. | Diamantane | K. | A derivative of adamantane which has found to have great use in medicine as a virus inhibitor and could reduce shaking in Parkinson's disease when they gave it to a patient who also had the flu. |
12. | Satyendra Nath Bose | L. | it is the most stable among the crystalline structure of ice. |
13. | Lower diamondoids | M. | Diamond-like molecules that share the same structure as diamond lattice yet are composed of only a few carbon atoms structured into cages. |
14. | 12 | N. | Diamondoids which have more cages in their structure. |
15. | Methane hydrates | O. | A type of Higher diamondoids which have 4 cages. |
16. | Kinetic Molecular theory | P. | the three American sicentist who created the BEC and was awarded the 2001 Nobel Prize for physics. |
17. | Tetramantane | Q. | The Year where the first BEC was created. |
18. | Czechoslovakia | R. | The year where Einstein predicted the existence of BEC . |
19. | Irving Langmuir and Lewi tonks | S. | A Greek term which means 'diamonds'. |
20. | Sir William Crooks | T. | This is consist of interconnected rings formed by six water molecules. |
21. | 1995 | U. | diamondoids which have less cages in their structure. |
22. | Adamas | V. | A type of lower dianondoids which have 2 cages |
23. | Higher diamondoids | W. | It is formed by freezing water at 0 degrees Celsius, which have an open cage low density streucture.It is the most common terrestrial ice, ordinary ice and snow are of this type. |
24. | Aminoadamantane | X. | They are also known as gas hydrates, are crystalline solids made up of large molecules that are formed when water crystallizes into Cubic ice cage structures and has gas molecules trapped within. |
25. | Cubic ice | Y. | It is considered as the fifth state of matter. it is made of gas atoms or molecules that have been cooled to near absolute zero, at which temperatures the atoms slows down, combine and form a single entity called a super-atom. |
26. | Adamantane | Z. | One of the simplest form of diamondoids that is composed of a single cage formed by only 10 carbon atoms. |
27. | Ice I | A1. | A leading oil company in the U.S who has announced it can now refine from crude oil sizable quantities of diamond-like molecules that hold great potential for science and health researchers. |
28. | ChevronTexaco Corp | B1. | They have very high economic importance as they can be an alternative source of natural gas. |
29. | Open cage structure | C1. | the number of different ice crystalline structures. |
30. | Plasma | D1. | An English chemist-physicist who first identified the plasma. |
1. | Hexagonal Ice → W |
2. | Triamantane → F |
3. | Diamondoids → M |
4. | Clathrate hydrates → X |
5. | Kinetic Molecular molecular model → B |
6. | Eric A. Cornell, Wolfgang Ketterle and Carl E. Weiman → P |
7. | Undecamantanee → C |
8. | Bose-Eintein condensate → Y |
9. | Albert Einstein → E |
10. | 1924 → R |
11. | Diamantane → V |
12. | Satyendra Nath Bose → D |
13. | Lower diamondoids → U |
14. | 12 → C1 |
15. | Methane hydrates → B1 |
16. | Kinetic Molecular theory → H |
17. | Tetramantane → O |
18. | Czechoslovakia → J |
19. | Irving Langmuir and Lewi tonks → G |
20. | Sir William Crooks → D1 |
21. | 1995 → Q |
22. | Adamas → S |
23. | Higher diamondoids → N |
24. | Aminoadamantane → K |
25. | Cubic ice → A |
26. | Adamantane → Z |
27. | Ice I → L |
28. | ChevronTexaco Corp → A1 |
29. | Open cage structure → T |
30. | Plasma → I |