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Energy of orbit n = (a constant) n 2

5.2 QUANTUM THEORY AND THE ATOM notes for screencast on p. 6 of RG 5 QUANTUM NUMBERS AND ORBITALS Quantum numbers and orbitals. Energy of orbit n = (a constant) n 2. Bohr won. HEISENBERG UNCERTAINTY PRINCIPLE.

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Energy of orbit n = (a constant) n 2

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  1. 5.2 QUANTUM THEORY AND THE ATOMnotes for screencast on p. 6 of RG 5QUANTUM NUMBERSAND ORBITALSQuantum numbers and orbitals

  2. Energy of orbitn = (a constant) n2

  3. Bohr won

  4. HEISENBERG UNCERTAINTY PRINCIPLE

  5. THE QUANTUM MECHANICAL MODEL OF THE ATOMIn quantum theory, electrons may be found in atomic

  6. BOHR’S MODEL__________quantum # THE QUANTUM MECHANICAL MODEL OF THE ATOM has____________quantum #s

  7. A 2-D drawing of the quantum atom

  8. Write the orbitals in order of energy.

  9. ELECTRON SPIN

  10. YOU HAVE NOW DONE THE HARD PART – NOW COMES THE EASY PARTWRITING ELECTRON CONFIGURATIONS

  11. ELECTRON ENERGY LEVELS

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