The author of this channel is a Masters in Chemistry from Indian Institute Of Technology Madras, Masters in Technology in Polymer Science and Engineering from Indian Institute of Technology Delhi and a PHD with Sperling in Polymer Science at Lehigh University.

Solution to Problem 3 Chapter 1
7:35
Solution to Problem 3 Chapter 1
Solution to Problem 2 Chapter 1
11:45
Solution to Problem 2 Chapter 1
Problem 1 Chapter 1 Advanced Organic Chemistry - Carey and Sundberg
8:37
Problem 1 Chapter 1 Advanced Organic Chemistry - Carey and Sundberg
Problem 16 Chapter 12
6:00
Problem 16 Chapter 12
Solution to Problem 13a Chapter 14
3:25
Solution to Problem 13a Chapter 14
Solution to Problem 1 Chapter 1
7:09
Solution to Problem 1 Chapter 1
Solution to Problem 1 Chapter 12
23:37
Solution to Problem 1 Chapter 12
Solution to Problem 17 Chapter 12
1:26
Solution to Problem 17 Chapter 12
Solution to Problem 5 Chapter 12
4:53
Solution to Problem 5 Chapter 12
Solution to Problem 2 Chapter 12
1:37
Solution to Problem 2 Chapter 12
Solution to Problem 8 Chapter 11 - Introduction to Physical Polymer Science - Sperling
3:48
Solution to Problem 8 Chapter 11 - Introduction to Physical Polymer Science - Sperling
Solution to Problem 7 Chapter 11 Introduction to Physical Polymer Science Sperling
2:32
Solution to Problem 7 Chapter 11 Introduction to Physical Polymer Science Sperling
Solution to Problem 5 Chapter 11 Introduction to Physical Polymer Science - Sperling
9:13
Solution to Problem 5 Chapter 11 Introduction to Physical Polymer Science - Sperling
NMR spectroscopy of isotactic, syndiotactic and atactic polymers
14:27
NMR spectroscopy of isotactic, syndiotactic and atactic polymers
Chapter 7 Polymers in a Liquid Crystalline State
16:58
Chapter 7 Polymers in a Liquid Crystalline State
Chapter 5 The Amorphous State
29:06
Chapter 5 The Amorphous State
Chapter 4 Concentrated solutions, Phase Separation Behavior, and Diffusion
39:10
Chapter 4 Concentrated solutions, Phase Separation Behavior, and Diffusion
Chapter 3 Dilute Solution Thermodynamics, Molecular Weights, and Sizes
1:16:17
Chapter 3 Dilute Solution Thermodynamics, Molecular Weights, and Sizes
Solution to Problem 7 Chapter 3
8:04
Solution to Problem 7 Chapter 3
Chapter 2 Chain Structure and Configuration
28:35
Chapter 2 Chain Structure and Configuration
Chapter 1 Introduction to Polymer Science
23:15
Chapter 1 Introduction to Polymer Science
How to find no. of neutrons from atomic no. and atomic mass no. with examples
3:18
How to find no. of neutrons from atomic no. and atomic mass no. with examples
How to determine average atomic mass of an element that has isotopes?
11:01
How to determine average atomic mass of an element that has isotopes?
Step Growth Polymerization Fully covered - DP, Gel Point, Stoichiometry - Solved Problems
38:24
Step Growth Polymerization Fully covered - DP, Gel Point, Stoichiometry - Solved Problems
Emulsion Polymerization Fully Covered - Mechanism , Rp vs time, Rp vs Xn, Ewart-Smith Kinetics
14:26
Emulsion Polymerization Fully Covered - Mechanism , Rp vs time, Rp vs Xn, Ewart-Smith Kinetics
How to find Energy of particle in 1-D box and on a ring - Beta carotene, haeme unit
23:26
How to find Energy of particle in 1-D box and on a ring - Beta carotene, haeme unit
How to find energy and angular momentum of particle on a ring - pi electrons conjugated on a ring
9:16
How to find energy and angular momentum of particle on a ring - pi electrons conjugated on a ring
How to find Energy of transition of particle in 1D box - pi electrons conjugated linearly - carotene
14:12
How to find Energy of transition of particle in 1D box - pi electrons conjugated linearly - carotene
What is Eigenfunction, eigenvalues and eigen equation? Explained with examples
10:15
What is Eigenfunction, eigenvalues and eigen equation? Explained with examples
How to use Operators in Quantum chemistry - Position, Linear Momentum and Hamiltonian for energy
15:00
How to use Operators in Quantum chemistry - Position, Linear Momentum and Hamiltonian for energy