Help
Options
Didn't know it?
click below
click below
Knew it?
click below
click below
Don't Know
Remaining cards (0)
Know
retry
shuffle
restart
0:00
Embed Code - If you would like this activity on your web page, copy the script below and paste it into your web page.
Normal Size Small Size show me how
Normal Size Small Size show me how
Chem 2045 test 2
| Question | Answer |
|---|---|
| Maxwell | Theory of EM waves |
| Thomson | Plum pudding model |
| Bohr | Planetary model |
| Lenard | Studied the photoelectric effect |
| Hertz | Discovered the photoelectric effect |
| Heisenberg | Uncertainty principle |
| Debroglie | Proposed matter waves |
| Sommerfield | Elliptical orbits in Bohr model |
| Schroedinger | Wave mechanics |
| Foucault | Speed of light in air> water |
| Becquerel | Discovered radioactivity |
| Davisson, Germer | Exp. confirmed wave side of electron |
| Newton | Earliest particles theory of light |
| Einstein | Explained the photoelectric effect |
| Huygens | Earliest wave theory of light |
| Planck | Introduced the idea of Quanta |
| Pauli | Exclusion principle |
| Dirac | Most abstract quantum theory |
| Rutherford | Nuclear model of the atom |
| Young | Interference of light |
| 1st E.A. | Energy change when a gaseous atom gains an electron |
| Quantum stability | Half and completely filled sublevels are extra stable |
| Dispersion | Different λ bend at different angles |
| Metastable state | Excited state with long lifetime |
| Wavelength | Peak to peak distance in a wave |
| Phosphorescence | Absorption of high energy with a delayed release of lower energy |
| Quantum | Particles of energy |
| Fluoresence | Absorption of high energy followed by immediate release of lower energy |
| Frequency | # waves passing a given pt in one S |
| Relativistic effect | Energy change when a gaseous atom gains an electron |
| Ground state | All e- are in lowest possible energy level |
| Valence e- | S and P electrons in the outer level |
| Isoelectonic | Having the same e- configurations |
| Ionization energy | Energy required to remove outer e- |
| Excited state | One or more e- are not in the lowest possible energy level |
| Order of discovery | e-, p, n |
| Gold Foil experiment | 1. Alpha particles were shot into a gold foil 2. Results were not exactly as expected 3. It was performed in 1909 |
| Discovered by Newton | Continuous Spectrum |
| Magnetic splitting of spectral lines | Zeeman effect |
| Planck's quantum idea | Used to explain blackbody radiation |
| Einstein's explanation of the photoelectric effect | Extended the quantum idea to all forms of energy |
| Bohr principle of complementarity states | Light sometimes behaves as a wave, sometimes as a particle, but never both at the same time |
| Original Bohr model | The electron can jump from one orbit to another |
| The fully modified Bohr model failed in which way? | Did not work for multi electron atoms |
| The fully modified Bohr model included | 1. 4 quantum numbers 2. Selection rules 3.Elliptical orbits |
| Heisenberg uncertainty principle | Allows for violation of matter energy conservation |
| For quantum teleportation to occur | An end-run must be done around the uncertainty principle |
| The modern picture of empty space is that it | Exists as a quantum foam |
| Have the smallest I.E. value | Na 1+ |
| The 1st I.E. of P is abnormally large because | P has half filled p sublevel |
| Einstein was against Bohr's interpretation of quantum theory for each of the following reasons | 1. "God does not play dice with the universe" 2. Was against copenhagen interpretation 3. Quantum theory is incomplete are hidden variables |
| In a many electron atom, n determines what about an orbital | Energy and size |
| In a many electron atom what does, I, the orbital quantum #, determine about an orbital | Energy and shape |
| The max # of electron in the n=3 level is | 18 |
| The max# of electron in the I=3 sublevel is | 14 |
| Configuration of Cu | 1s^2, 2s^2, 2p^6, 3s^2, 3p^6, 4s^1, 3d^10 |
| In a many electron atom, n determines what about an orbital | Energy and size |
| In a many electron atom, n determines what about an orbital | Energy and size |
| In a many electron atom what does, I, the orbital quantum #, determine about an orbital | Energy and shape |
| The max # of electron in the n=3 level is | 18 |
| The max# of electron in the I=3 sublevel is | 14 |
| Configuration of Cu | 1s^2, 2s^2, 2p^6, 3s^2, 3p^6, 4s^1, 3d^10 |
| Which is true concerning the n+1 rule in determining the sublevel with the lower energy | It will have lower n+I value and If n+I values are equal then it will have lower n value |
| Belongs to the Lyman series | 4->1 |
| Compare Sr, Vs, Ca As to metallic nature | Sr is more metallic |
| Interpretation of the quantum theory that involves multiple universes | Many Worlds |
| Even though atomic size gradually decreases across a period for transition elements, Hg is actually larger than Os because | 1. Expansion of 5d orbital 2.e- repulsions 3.Relativistic effects |
| Densest element | Osmium |
| The unusual properties of gold can be explained by | The Relativistic effect |
| Not an unusual property of gold | Highly reactive |
| Not one of the coinage metals | Cr |
| Pair of metals have an abnormal yellow color | Cu, Au |
| Correct short form configuration 77 Ir | [Xe] 6s^2 4f^14 5d^7 |
| Correct short form configuration for 97 Bk | [Rn] 7s^2 5f^8 6d^1 |
| Correct electron configuration of 62 Sm | 1s^2, 2s^2, 2p^6, 3s^2, 3p^6, 4s^2, 3d^10, 4p^6, 5s^2, 4d^10, 5p^6, 6s^2, 4f^5, 5d^1 |
Created by:
nzambrano
Popular Chemistry sets