5 Written Questions

1. The behavior of extremely small particles traveling at velocities near that of light is described by ______.
2. The form of notation that shows the outer electrons around the symbol of an element is a(n) ________.
3. The product of the mass and velocity of an object is a vector quantity know as ____.
4. The idea of the two-sided nature of waves and particles is called ______.
5. A(n) _______ is one of many energy states grouped closely together to form an energy level.

5 Multiple Choice Questions

1. Orbitals that are alike in size and shape and differ only in direction have the same energy and are said to be _____.
   1. Momentum
   2. Degenerate
   3. Sublevel
   4. Orbital
2. The volume in which an electron is likely to be found is call a(n) _____.
   1. Probability
   2. Degenerate
   3. Electron cloud
   4. Momentum
3. Four ___are used in Schrodinger’s description of electron behavior.
   1. Principal quantum number
   2. Quantum numbers
   3. Quantum mechanics
   4. Momentum
4. The letter n represents the ____, which is used to describe energy levels.
   1. Principal quantum number
   2. Quantum mechanics
   3. Quantum numbers
   4. Probability
5. The _____ that an electron will be in a given position is the likelihood that the electron is to be in that position.
   1. Orbital
   2. Probability
   3. Degenerate
   4. Momentum

4 True/False Question

1. Heisenberg uncertainty principle → The _____ states that no two electrons in an atom have the same set of four quantum numbers.
   

   True        False

2. Newtonian mechanics → The behavior of extremely small particles traveling at velocities near that of light is described by ______.
   

   True        False

3. Pauli Exclusion Principle → The volume in which an electron is likely to be found is call a(n) _____.
   

   True        False

4. Orbital → A(n) _______ is one of many energy states grouped closely together to form an energy level.
   

   True        False