Author

Hoa Tran

Hoa Tran is an organic chemistry instructor at an admissions test-preparation company in Asbury Park, New Jersey. She prepares pre-medical and pre-dental students for entrance exams and holds a degree in biochemistry. Tran also contributes chemistry guides to Biology Insights.

Does Lower Activation Energy Mean Faster Reaction?Chemistry
What Causes Chemical Reactions and How Do They Work?Chemistry
Sulfhydryl Groups in Biology: Chemistry, Functions, and Applications Biology
What Is an R Group and Why Is It Important?Chemistry
What Are Nucleation Sites and How Do They Work?Chemistry
Is Aspirin Soluble in Water? The Chemistry Explained Chemistry
Why Do Polar Molecules Dissolve in Water?Chemistry
Non-Covalent Interaction: Proteins, Nucleic Acids, and Beyond Chemistry
Is Photosynthesis Exothermic or Endothermic?Physics
What Are Exergonic Reactions?Chemistry
CO2 Reactions: Chemical, Biological, and Industrial Chemistry
Why Is Combustion an Exothermic Reaction?Chemistry
Is Histidine Aromatic? The Full Chemical Explanation Chemistry
Aliphatic Alcohols: Structure, Uses & Properties Chemistry
What Are Stereoisomers and Why Do They Matter?Chemistry
What Are Hydration Shells and Why Are They Important?Chemistry
What Is Organic Chemistry and Why Is It Important?Chemistry
Are Carboxylic Acids Soluble in Water?Chemistry
Why Is Photosynthesis an Endothermic Reaction?Chemistry
The Aspirin Structure and Its Key Components Chemistry
What Are Hydroxyl Groups and Why Are They Important?Chemistry
What Are Benzene Rings and Why Are They Important?Chemistry
Redox Reactions: Powering Biology and Everyday Life Chemistry
MTBE: Properties, Production, and Environmental Impact Chemistry
Phenylacetic Acid: Biosynthesis, Roles in Plants, and Industrial Uses Chemistry
Butanol: Structure, Synthesis, and Industrial Applications Chemistry
Cinchona Alkaloids: Source, Uses, and Side Effects Drugs
What Are Redox Reactions? From Rust to Respiration Chemistry
What Is Acridine? Its Uses, DNA Interaction, and Risks Chemistry
Thermodynamic Principles: Equilibrium, Entropy, and Free Energy Physics