Description:

Lec 1:

Bohr Model

1. Atomic structure
   
2. Energy levels
   
3. Excited electrons
   

Lec 2:

Electron Configuration of D block

1. Exceptions
   
2. Transition Metals
   

Lec 3:

Electron Configuration of Ions

Lec 4:

Quantum Numbers

1. Definition of Quantum numbers
2. Electron Configuration Rules
   

Lec 5:

Quantum Numbers Magentism

1. Diamagnetic
   
2. Paramagnetic
   
3. Quantum numbers
   

Lec 6:

Radioactive Decay

1. Alpha
   
2. Beta
   
3. Gamma
   
4. electron capture
   

Lec 7:

Periodic Table Trends

1. Atomic Radius
   
2. Ionization Energy
   
3. Electron Affinity
   
4. Electronegativity
   

Lec 8:

VSEPR Theory + Bond angles

1. Shapes
   
2. Geometries
   
3. Bond Angles
   

Lec 9:

Chemical Bonds

1. Ionic
   
2. Covalent
   
3. Coordinate Covalent
   

Lec 10:

Intro to the Periodic Table

1. Atoms
   
2. Elements
   
3. Electrons
   
4. Nucleus
   
5. Family
   
6. Period
   

Lec 11:

Phase Transitions

1. Transition names
   
2. Phase Change Diagrams
   

Lec 12:

Phase Diagrams

Lec 13:

Ideal Gas Laws and Equations

1. Gas laws
   
2. Ideal gases
   
3. Dalton’s Laws
   

Lec 14:

Solutions

1. Concentration
   
2. Solubility Rules

Lec 15:

Colligative Properties

1. Vapor Pressure depression
   
2. Boiling Point Elevation
   
3. Freezing Point depression
   

Lec 16:

Kinematics

1. Rate problems
   
2. Rate determing step
   

Lec 17:

Equilibrium

1. Keq
   
2. Q