ChemistryWiki | RecentChanges | Preferences
Difference (from prior author revision)
(major diff, minor diff)
Added: 3a4
Changed: 19c20
5. What equation did Schrodinger solve? _____________________________
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5. What equation did Schrodinger solve? _____________________________
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Changed: 21c22
What did his solutions show about the electron (hint 3D space)? _____________________
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What did his solutions show about the electron (hint 3D space)? _____________________
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Changed: 36c37
11. Define isotope and give the symbolic representation of an isotope.
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11. Define isotope and give the symbolic representation of an isotope.
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Changed: 40c41
Changed: 42c43
13. Circle the one that is located on the Periodic Table: Atomic Number or Mass Number
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13. Circle the one that is located on the Periodic Table: Atomic Number or Mass Number.
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Changed: 48c49
15. Define atomic mass. :
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Changed: 67c68,69
4.Give the #p,#n and #e for the following isotopes:(Do not do for 2013-2014)
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4.Give the #p,#n and #e for the following isotopes:
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Changed: 76c78,99
After printing out the tables in [Two Calculating Atomic Mass Table], use the information from your table of isotopes to calculate the atomic mass of sulfur and oxygen. (Do not do for 2013-2014)
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After printing out the tables in [Two Calculating Atomic Mass Table], use the information from your table of isotopes to calculate the atomic mass of sulfur and oxygen.
2018-2019 Honors DO NOT ALL parts of Question 5 & 6
5. What is the wavelength (in nm) of energy that is 4.63E-19J?
6. What is the energy ( in J ) for an energy with a wavelength of 543
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Please provide the most appropriate answer in the space available.
1. ___________ and ___________________ particles play by classical mechanical rules.
Whereas, ____________ and ________________ particles play by quantum mechanical rules.
2. A node is ____________________________________________________
How many nodes in the third energy level? ____________________
3. ________________________ said that energy comes in quanta (small packages) and you can tell how large the energy size by the _______ of the energy.
4. State Heisenberg Principle and what does it tell us about the electron?
___________________________________________________________________________________________
___________________________________________________________________________________________
5. What equation did Schrodinger solve? _____________________________
What did his solutions show about the electron (hint 3D space)? _____________________
6. Define Hund's Rule ______________________________________________________________
____________________________________________________________________________________
7. How many electrons will fill the 2nd energy level? _____________________
8. How many orbitals are in the fourth energy level? ______________________
9. How many electrons do you need to fill the 4th row of Periodic Table? ________________
10. Can you have a 3f subenergy level and why? ________________________________
11. Define isotope and give the symbolic representation of an isotope.
_________________________________________________________________________
12. #n = ____ - _____
13. Circle the one that is located on the Periodic Table: Atomic Number or Mass Number.
14. Define Valence electron: _____________________________ and
how can you find from the Periodic Table: _______________________
15. Define atomic mass.
:
Write the electron configurations for the following elements. Make sure to separate the last subenergy level into its orbitals. Where appropriate, give the # of valence electron.
1. As
2. Ag
3. Bi
4.Give the #p,#n and #e for the following isotopes:
a. Ca-42
b. C-13
c. U-238
After printing out the tables in [Two Calculating Atomic Mass Table], use the information from your table of isotopes to calculate the atomic mass of sulfur and oxygen.
2018-2019 Honors DO NOT ALL parts of Question 5 & 6
5. What is the wavelength (in nm) of energy that is 4.63E-19J?
6. What is the energy ( in J ) for an energy with a wavelength of 543