What you'll learn?
Course Outcomes:
- Identify Mole Concept and its applications
- describe the fundamentals of mole concept
- able to do chemical calculations involving the mole concept
Description
Sub Course Outcomes:
- Define the mole and explain its significance.
- Identify Avogadro’s number and calculate its applications.
- Compute molar mass and perform conversions between moles and mass.
- Apply the mole concept to practical examples.
- Relating Mass, Moles, Molar Mass, and number of particles
- Understanding Empirical and Molecular Formulas
- Calculating Mole Ratios in Chemical Reactions
- Limiting and Excess Reactants
- Calculating Percent Yield
- Molarity Calculations
- Dilution Calculations and colligative properties
- Mole Fraction and Mass Percent
- Understanding Avogadro’s Law and Molar Volume of Gases
Course content
Total:
10 lectures
Total Duration:
2 hours, 25 minutes, and 10 seconds
the instructor
Ayisha Safeeda
Ayisha Safeeda T K is a Consultant Scientist specializing in AI-driven drug discovery and molecular dynamics. Her expertise lies in applying machine learning algorithms to computational chemistry, significantly advancing drug discovery research. She is a dedicated educator, having taught a diverse range of chemistry modules, including quantum mechanics, computational chemistry, stereochemistry, and coordination compounds, to graduate and postgraduate students. Her current research focuses on developing AI-based solutions for drug discovery and the virtual screening of Ayurvedic formulations to combat epidemic and pandemic diseases. Ayisha Safeeda T K is a Consultant Scientist specializing
in AI-driven drug discovery and molecular dynamics. Her expertise lies in applying machine learning algorithms to computational chemistry, significantly advancing drug discovery research. She is a dedicated educator, having taught a diverse range of chemistry modules, including quantum mechanics, computational chemistry, stereochemistry, and coordination compounds, to graduate and postgraduate students. Her current research focuses on developing AI-based solutions for drug discovery and the virtual screening of Ayurvedic formulations to combat epidemic and pandemic diseases.