Bohr Model and Quantum Mechanical Model Lesson

Models of the Atom

REVIEW

• A. Bohr's Model- Planetary Model/ electrons orbit the nucleus in increasing energy levels.C.

• B. Thompson's Model- the atom is a positive sphere with embedded electrons

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• E. Dalton's Model- the atom is indivisible

• 
  

• A. Bohr's Model- Planetary Model/ electrons orbit the nucleus in increasing energy levels.C.

• B. Thompson's Model- the atom is a positive sphere with embedded electrons

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• E. Dalton's Model- the atom is indivisible

• 
  

• A. Bohr's Model- Planetary Model/ electrons orbit the nucleus in increasing energy levels.C.

• B. Thompson's Model- the atom is a positive sphere with embedded electrons

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• 
  

• 
  

• A. Bohr's Model- Planetary Model/ electrons orbit the nucleus in increasing energy levels.

• B. Thompson's Model- the atom is a positive sphere with embedded electrons

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• 
  

• 
  

• 
  

• B. Thompson's Model- the atom is a positive sphere with embedded electrons

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• 
  

• 
  

• 
  

• B. Thompson's Model- the atom is a positive sphere with embedded electrons

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• 
  

• 
  

• 
  

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• 
  

• 
  

• 
  

• 
  

• C. Rutherford's Model- mass of the atom is concentrated in the nucleus

• D. Schroedinger's Model- electrons orbit the atom in random ways 

• 
  

• 
  

• D. Schroedinger's Model- electrons orbit the atom in random ways 

Learning Objective:

1. describe the Quantum Mechanical Model of the atom in terms of energy and position of the electrons; 

Quantum Mechanical Model of the Atom

Read the text on page 1 ( Discussion part) of your LAS. Identify the statements that describe the Quantum Mechanical Model.