BRANCHES OF CHEMISTRY
by Arkin Ladines
1. ELECTROCHEMISTRY
1.1. OXIDATION AND REDUCTION REACTION
1.2. ELECTROCHEMICAL CELLS
1.3. ELECTROLYTIC CELLS
1.4. GALVANIC CELLS
2. NUCLEAR CHEMISTRY
2.1. NUCLEAR REACTION
2.2. RADIOACTIVITY
2.3. BETA DECAY
2.4. ALPHA DECAY
2.5. ELECTRON CAPTURE
2.6. NUCLEAR STABILITY
2.7. TRANSMUTATION
2.8. HALF-LIFE
2.9. FISSION
2.10. FUSION
2.11. NUCLEAR RADIATION
3. KINETICS
3.1. ORDER OF REACTION
4. ENVIRONMEMNTAL CHEMISTRY
4.1. GREEN CHEMISTRY
4.2. POLLUTION
4.3. ACID RAIN
4.4. ATMOSPHERIC CHEMISTRY
4.5. BIOGEOCHEMISTRY
4.6. GEOCHEMISTRY
4.7. OZONE
4.8. CHEMICAL KINEMATICS
4.9. BASE
4.10. CARBON DIOXIDE
5. ORGANIC CHEMISTRY
5.1. ALKENE
5.1.1. PHYSICAL PROPERTIES
5.1.2. CHEMICAL PROPERTIES
5.1.3. NOMENCLATURE
5.2. ALKANE
5.2.1. ALKYL GROUPS
5.2.2. ALKANES AND ITS STRUCTURE
5.2.3. PHYSICAL PROPERTIES
5.3. CHEMICAL REACTION
5.3.1. DIFFERENT TYPES OF CHEMICAL REACTION
5.3.1.1. SANDMEYER REACTION
5.3.1.2. SWARTS REACTION
5.4. ATOMIC COMPOUNDS
5.4.1. TYPES OF ATOMIC COMPOUNDS
5.5. ALKYNE
5.5.1. ACIDITY OF ALKYNES
5.5.2. PROPERTIES OF ALKYNES
5.5.3. TRIPLE BONDS IN ALKYNES
5.6. CHEMICAL BOND
5.6.1. HYDROGEN BONDS
5.6.2. IONIC BONDS
5.6.3. METALLIC BONDS
5.6.4. OCTET RULE
5.7. ALCOHOL
5.7.1. TYPES OF ALCOHOL
6. INORGANIC CHEMISTRY
6.1. BIOINORGANIC CHEMISTRY
6.1.1. STUDY OF THE BEHAVIOR OF METALLOPROTEINS
6.2. ORGANOMETALLIC CHEMISTRY
6.2.1. METAL-CARBON BONDS AND ITS STRUCTURES
6.3. COORDINATION COMPLEX
6.3.1. COORDINATION ENTITY
6.3.2. LIGANDS
6.3.3. OXIDATION NUMBER
6.4. SOLID-STATE CHEMISTRY
6.4.1. CHARACTERIZATION OF NOVEL MATERIALS
6.5. CATALYSIS
6.5.1. TYPES OF CATALYSIS