Physical Chemistry from Zero ( Basics ) to Hero ( Advanced )

Physical Chemistry from Zero ( Basics ) to Hero ( Advanced ), available at $44.99, with 82 lectures, and has 2 subscribers.

You will learn about You will learn Mole Calculations and Basics of Physical Chemistry upto Advanced Level . You will learn Oxidation Number and will able to solve the problem of Mole Balance without Balancing . You will learn the basic structure of Atoms and the various theories behind it . You will learn Equilibrium which occur in Chemical Reactions and Measurement of them . You will learn pH Calculations of all types of solutions contains either acid or bases or mixture . you will learn all the Laws of Thermodynamics and spontaneity . You will learn the Basic Structure of Solid . You will learn all types of Binary Solution exists for the liquid in terms of Vapor Pressure . This course is ideal for individuals who are High School Students or School Students or Undergrads Student or Science Students or SAT Preparing Student or University level learning student or student of grade 9,10,11,12 or student wants to learn Chemistry or student wants to learn Chemistry or JEE Mains , JEE Advanced , NEET , BITSAT , KVPY , Olympiad or Physical Chemistry first semester It is particularly useful for High School Students or School Students or Undergrads Student or Science Students or SAT Preparing Student or University level learning student or student of grade 9,10,11,12 or student wants to learn Chemistry or student wants to learn Chemistry or JEE Mains , JEE Advanced , NEET , BITSAT , KVPY , Olympiad or Physical Chemistry first semester.

Enroll now: Physical Chemistry from Zero ( Basics ) to Hero ( Advanced )

Summary

Title: Physical Chemistry from Zero ( Basics ) to Hero ( Advanced )

Price: $44.99

Number of Lectures: 82

Number of Published Lectures: 82

Number of Curriculum Items: 82

Number of Published Curriculum Objects: 82

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

You will learn Mole Calculations and Basics of Physical Chemistry upto Advanced Level .
You will learn Oxidation Number and will able to solve the problem of Mole Balance without Balancing .
You will learn the basic structure of Atoms and the various theories behind it .
You will learn Equilibrium which occur in Chemical Reactions and Measurement of them .
You will learn pH Calculations of all types of solutions contains either acid or bases or mixture .
you will learn all the Laws of Thermodynamics and spontaneity .
You will learn the Basic Structure of Solid .
You will learn all types of Binary Solution exists for the liquid in terms of Vapor Pressure .

Who Should Attend

High School Students
School Students
Undergrads Student
Science Students
SAT Preparing Student
University level learning student
student of grade 9,10,11,12
student wants to learn Chemistry
student wants to learn Chemistry
JEE Mains , JEE Advanced , NEET , BITSAT , KVPY , Olympiad
Physical Chemistry first semester

Target Audiences

High School Students
School Students
Undergrads Student
Science Students
SAT Preparing Student
University level learning student
student of grade 9,10,11,12
student wants to learn Chemistry
student wants to learn Chemistry
JEE Mains , JEE Advanced , NEET , BITSAT , KVPY , Olympiad
Physical Chemistry first semester

This course is designed to help college students to prepare for the first semester of their physical chemistry , High School Physical Chemistry Examination , Students Preparing for SAT , Olympiad , Students Preparing to Entering in to Engineering and Medical Universities ( Pre Engineering and Pre Medical ) JEE Mains , JEE Advanced , NEET , NTSE , KVPY , BITSAT etc .

These Video Contains videos from very basic level to advanced level including detailed Concept of Every topic in Physical Chemistry , Which also helps in understanding the Concept in to detail and make students to solve advanced level problems as well –

These Videos Contains –

Mole Calculations and Basics of Physical Chemistry up to Advanced Level .

Oxidation Number and will able to solve the problem of Mole Balance without Balancing .

Basic structure of Atoms and the various theories behind it .

Equilibrium which occur in Chemical Reactions and Measurement of them .

pH Calculations of all types of solutions contains either acid or bases or mixture .

Laws of Thermodynamics and spontaneity .

Basic Structure of Solid .

Binary Solution exists for the liquid in terms of Vapor Pressure .
Surface Phenomena of Surface chemistry and Catalyst .
Chemical kinetics and Radioactivity and Various Applications of Radioactivity .
Electrochemistry various topics like conductance , Electrolysis and Galvanic Cell for Different types of Electrodes .

Course Curriculum

Chapter 1: Mole Concept ( Some Basic Concepts of Chemistry )

Lecture 1: Principle of Atom Conservation

Lecture 2: Density

Lecture 3: Percentage by Volume

Lecture 4: Percentage volume by volume

Lecture 5: Molality

Lecture 6: Molarity

Lecture 7: Percentage by Mass

Chapter 2: Redox

Lecture 1: Type of Reaction

Lecture 2: Equivalent Mass

Lecture 3: Law of Chemical Equivalence

Lecture 4: Calculation of n-factor 1

Lecture 5: Calculation of n- factor 2

Chapter 3: Atomic Structure

Lecture 1: Calculation of Closest Distance of Approach

Lecture 2: Plank's Quantum Theory

Lecture 3: Debroglie Concept

Lecture 4: Heisenberg Uncertainty Principle

Lecture 5: Azimuthual Quantum Number

Lecture 6: Principle Quantum Number

Lecture 7: Magnetic Quantum Number

Lecture 8: Spin Quantum Number

Lecture 9: Shape of Atomic Orbital

Lecture 10: Quantum Mechanical Model of Atom 1

Lecture 11: Quantum Mechanical Model of Atom 2

Lecture 12: Quantum Mechanical Model of Atom 3

Lecture 13: Quantum Mechanical Model of Atom 4

Chapter 4: Gaseous State

Lecture 1: Barometer

Lecture 2: Manometer

Lecture 3: Boyle's Law

Lecture 4: Charles Law

Lecture 5: Avagadro's Law

Lecture 6: Dalton's Law of Partial Pressure

Lecture 7: Gay Lussac's Law

Lecture 8: Amagat's Law of Partial Pressure

Lecture 9: Payload

Lecture 10: Maxwell Curve 1

Lecture 11: Maxwell Curve 2

Lecture 12: Maxwell Velocity

Lecture 13: Bimolecular Collision 1

Lecture 14: Bimolecular Collision 2

Chapter 5: Ionic Equilibrium

Lecture 1: pH Calculation 1

Lecture 2: pH Calculation 2

Lecture 3: pH Calculation 3

Lecture 4: Classification of Electrolyte

Lecture 5: Acid and Base theory

Lecture 6: Ostwalt Dilution Law

Lecture 7: pH , pOH , Ka and Kb

Lecture 8: Relation between pH and pOH of water

Lecture 9: Properties of water

Lecture 10: pH of Strong Acid

Lecture 11: pH of Mixture of Strong Acid

Lecture 12: pH of weak Acid

Lecture 13: pH of Mixture of Strong and weak Acid

Lecture 14: pH of Mixture of Weak Acid

Lecture 15: pH of Polyprotic Acid

Lecture 16: pH of Strong Base

Lecture 17: pH of Mixture of Strong Base

Lecture 18: pH of Weak Base

Lecture 19: pH of Mixture of Strong Base and Weak Base

Lecture 20: pH of Mixture of Weak Base

Lecture 21: Salt Hydrolysis Basics

Lecture 22: Mixing of Strong Acid and Strong Base

Lecture 23: Hydrolysis of Salt of Strong Acid an Weak Base

Lecture 24: Hydrolysis of Salt of Strong Base and Weak Acid

Lecture 25: Hydrolysis of Salt of Weak Acid and Weak Base

Lecture 26: Hydrolysis of Salt Containing Polyvalent Anion

Lecture 27: Buffer Solution

Lecture 28: Acidic Buffer

Lecture 29: Basic Buffer

Chapter 6: Solid State

Lecture 1: Simple Cubic Unit Cell

Lecture 2: Body Centered Cube Unit

Lecture 3: Face Centered Cubic Unit

Chapter 7: Thermodynamics

Lecture 1: First Law of Thermodynamics

Lecture 2: Process

Lecture 3: Functions

Lecture 4: Definitions

Chapter 8: Electrochemistry

Lecture 1: Electrochemistry

Lecture 2: Introduction of Electrolysis

Lecture 3: Electrolysis of NaCl

Lecture 4: Basic Terms of Electrochemistry

Lecture 5: Electrolyte Cell

Lecture 6: Nernst Equation

Lecture 7: Qualitative Analysis

Instructors

G. Gupta
Chemical Engineer

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