6 Written Questions

1. electrons occupy the orbitals of lowest energy first
2. the number of wave cycles to pass a given point per unit of time
3. could not explain the chemical properties of elements
4. the most stable form where all e- are in the lowest energy level possible
5. the amount of energy required to move an electron from one energy level to another
6. electrons occupy orbitals of the same energy such that # of e- spinning in the same direction is maximized

6 Multiple Choice Questions

1. the fixed energies an electron can have
   1. f sublevel
   2. d sublevel
   3. energy levels
   4. s sublevel
2. 14 electrons, 7 orbitals
   1. d sublevel
   2. s sublevel
   3. p sublevel
   4. f sublevel
3. determines the allowed energies an electron can have and how likely it is to find the electron in various locations around the nucleus
   1. Rutherfords atomic model
   2. quantum mechanical model
   3. quantum of energy
   4. Bohrs model
4. a region in space where there is a high probability of finding an electron
   1. Atomic orbitals
   2. Grand state
   3. Hunds rule
   4. Aufbau Principle
5. an atomic orbital must describe at most 2 electrons
   1. amplitude of a wave
   2. Hunds rule
   3. Aufbau Principle
   4. Pauli exclusion principle
6. distance between the crests
   1. frequency
   2. Grand state
   3. wavelength
   4. p sublevel

6 True/False Questions

1. p sublevel → 6 electrons, 3 orbitals

   True        False

2. d sublevel → 10 electrons, 5 orbitals

   True        False

3. s sublevel → 2 electrons, 1 orbital

   True        False

4. amplitude of a wave → the wave's height from zero to crest

   True        False

5. Bohrs model → Bohr proposed that an electron is found only in specific orbits, around the nucleus

   True        False

6. Electron configurations → ways in which electrons are arranged in various orbitals around the nuclei

   True        False