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Quantum Model

Explore the electron configuration, quantum numbers, noble gas configuration, and more related to chromium's orbital diagram and quantum properties.

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Quantum Model

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  1. Quantum Model

  2. Orbital diagram of chromium • Show the orbital diagram of chromium

  3. Orbital diagram of chromium • Show the electron configuration of chromium

  4. Orbital diagram of chromium • Show the abbreviated noble gas configuration of chromium

  5. Quantum numbers • What is the quantum number symbol for the magnetic spin? • What are the possible values for this?

  6. Quantum numbers • What is the quantum number symbol for the energy level?

  7. Quantum numbers • What is the quantum number symbol for the 3-d orientation?

  8. Quantum numbers • What is the quantum number symbol for the shape of the orbital?

  9. Quantum numbers • If L=2, what are the possible values for Ml?

  10. Quantum numbers • Determine if each set is correct or incorrect. Then, describe why. • 3,2,3, ½ • 3,3,2, -1/2 • 4,3,-2, ½ • 2,1,-2, -1

  11. Quantum numbers • What is the possible quantum number set for an electron in the p-orbital in the 3rd energy level?

  12. Quantum numbers • What is the possible quantum number set for an electron in the s-orbital in the 4th energy level?

  13. White boards • What is the noble gas configuration of germanium (Ge)?

  14. White boards • Give an example of an element that would have np4 as its electron configuration, where n is any energy level

  15. White boards • Give an example of an element with the configuration nd6

  16. White boards • What is the element with the noble gas configuration [Kr]5s24d4

  17. White boards • What is the element with the noble gas configuration [Xe] 6s24f145d9

  18. Write the complete quantum set for the electron below.

  19. EM Spectrum • Put the EM Spectrum in order from longest wavelength to shortest wavelength

  20. Frequency  wavelength • What is the wavelength of a wave with a frequency of 2.82 x 1014 Hz?

  21. Frequency  wavelength • What is the wavelength of a wave with a frequency of 2.82 x 1014 Hz? Calculate the energy of this photon.

  22. Frequency  wavelength • What is the wavelength of a wave with a frequency of 6.59 x 1014 Hz?

  23. Frequency  wavelength • What is the wavelength of a wave with a frequency of 6.59 x 1014 Hz? Calculate the energy of this photon.

  24. Rydberg Equation • Determine the wavelength emitted of an electron traveling from the 5th energy level to the 2nd energy level.

  25. Dual nature of light • List the scientist, his experiment, and how it concluded that light behaved as.

  26. Absorption and emission • Explain the process of absorption and emission. • What does it mean to be quantized?

  27. Nickel-62 • 1. Write the shorthand, isotopic notation • 2. Determine how many protons, neutrons, and electrons, are in the nucleus • 3. Draw the Bohr atom

  28. How many electrons? • Ca+2 • Li+1 • S-2 • Is each a cation or anion?

  29. What is the atomic mass of silicon if 92.21% of its atoms have a mass of 27.997amu, 4.70% have a mass of 28.976amu, and 3.09% have a mass of 29.974 amu?

  30. Scientists to know • Dalton • Thomson • Rutherford • Millikan • Bohr • DeBroglie • Schrodinger • Heisenberg

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