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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
Coursera’s Advanced Chemistry programme is an intermediate-level study in some key chemistry concepts, and it corresponds to typical high school chemistry courses. The training is designed to provide students with advanced knowledge in the field of chemistry, especially in inorganic and physical chemistry. You should know about fundamental topics like stoichiometry, molarity, thermochemistry, and chemical kinetics.
The Advanced Chemistry Training course is a 100 percent online experience, with flexible deadlines. Learnt professionals prudently curate the course curriculum. Besides, the programme is instructed by faculties having relevant experience in the subject. The course duration spans for five weeks.
The Advanced Chemistry course also features an abundance of reading material, which is rich in information, to peruse through. You also get to practice exercises and problems to help you keep your newly acquired knowledge intact. This particular course doesn’t provide a course completion certificate. However, Coursera gives you access to the entire course content, including the graded tests unlocked.
The Highlights
- 100 percent online training
- Flexible deadlines
- Advanced concepts of Chemistry
- Self-directed learning
- The medium of delivery: English
- Approx. 16 hours to complete
- 5-weeks long course
- A University of Kentucky offering
- Free enrolment option
Programme Offerings
- self paced training module
- Flexible learning
- Online Course
- A University of Kentucky Offerings
Courses and Certificate Fees
| Certificate Availability |
|---|
| no |
Eligibility Criteria
To apply for the Advanced Chemistry Course, you should have a solid grasp of core chemistry. Candidates should be familiar with concepts like molarity, nomenclature, thermochemistry, and stoichiometry.
What you will learn
You, upon successful completion of the Advanced Chemistry Course by Coursera, will have a firm grasp on the following:
- A good understanding of chemical kinetics
- In-depth knowledge of how the formation of products takes place and about the consumption of reactants
- Ability to comprehend concepts such as chemical equilibrium and the Law of mass action
- Knowledge of quantitative aspects of equilibria and initial-change-equilibrium tables
- Comprehension of acids and bases, acid-base equilibrium, pH calculation, aqueous equilibrium and Lewis acids and bases
- Solving numerical problems related to thermodynamics, enthalpy, and entropy
Who it is for
The Advanced Chemistry training course is suited to profiles such as:
- Chemical Engineers
- Teachers
- Research Professionals
- Plant Engineers
- Science students
- Research professionals
Admission Details
To enroll in the Advanced Chemistry Training Programme, you must follow the steps listed below:
- Visit the official Coursera website: https://www.coursera.org/.
- Log in to your Coursera account through Facebook, Gmail, or Email. If you do not have an existing account, create an account and fill in your necessary details.
- Once logged in, search for the “Advanced Chemistry” programme in Coursera’s course catalogue.
- When you find the relevant course, locate and click the ‘Enroll’ button, which is generally on the top left or bottom right of the webpage.
- You’ll be greeted with a pop-up asking you to continue to the course. Since this course doesn’t provide a certificate, it is entirely free of any charges.
The Syllabus
Videos
- The Rate of Chemical Reactions
- Comparing Rate of Change for Reactants and Products
- Obtaining a Rate Law from Experimental Data Equations
- The Rate Law
- Obtaining a Rate Law from Experimental Data
- Rate Law Calculations
- First-Order Kinetics and the Integrated Rate Law
- Graphic 1st Order
- First-Order Kinetics and the Half-Life
- Second-Order Reactions
- Graphics 2nd Order
- Collision Theory
- Activation Energy
- The Arrhenius Equation
- Graphic Activation Energy
- Reaction Mechanisms
- RDS Fast Equilibrium
- Rate Determining Step
- Catalysis
Readings
- Syllabus
- Kinetics Lecture Notes and Practice Problems
Quiz
- Kinetics
Videos
- Dynamic Equilibrium
- Law of Mass Action
- Law of Mass Action for Combined Reactions
- Relationship Between Kc and Kp
- Relationship Between Kc and Kp
- Calculating the Equilibrium Constant
- Finding Kc
- Reaction Quotient
- Predicting Reaction Progress with the Reaction Quotient
- Calculating Equilibrium Concentrations
- Finding Equilibrium Concentrations, part 1
- Finding Equilibrium Concentrations, part 2
- Finding Equilibrium Concentrations, part 3
- Le Chatelier's Principle Part A
- Le Chatelier's Principle Part B
- How Changes Shift the Equilibrium
Reading
- Chemical Equilibrium Lecture Notes and Practice Problems
Quiz
- Chemical Equilibrium
Videos
- Acids and Bases
- pH and Kw1
- Finding Kw
- Acid Strength
- Finding pH
- Strong and Weak Bases
- Calculating equilibrium concentrations of a weak base, part 1
- Calculating equilibrium concentrations of a weak base, part 2
- Ions as Acids and Bases
- Acid-base properties of aqueous salts, part 1
- Acid-base properties of aqueous salts, part 2
- Acid-base properties of aqueous salts, part 3
- Types of Acids
- Polyprotic Acids
Reading
- Acid-Base Equilibria Lecture Notes and Practice Problems
Quiz
- Acid-Base Equilibrium
Videos
- Buffers and the Common Ion Effect
- pH of Buffer Solutions
- Aqueous Equilibria Worked Example 1
- Buffer Action
- Aqueous Equilibria Worked Example 2
- Aqueous Equilibria Worked Example 3
- Buffer: Preparation and Capacity
- Strong Acid - Strong Base Titration
- Titrations Involving Either a Weak Acid or a Weak Base
- Part 1 Aqueous Equilibria Worked Example
- Part 1.a - Aqueous Equilibria Worked Exampl
- Part 1.b - Aqueous Equilibria Worked Example
- Part 1.c - Aqueous Equilibria Worked Example
- Part 1.f Aqueous Equilibria Worked Example
- Part 1.h Aqueous Equilibria Worked Example
- Part 2.a Aqueous Equilibria Worked Example
- Part 2.b Aqueous Equilibria Worked Example
- Polyprotic Acid Titrations
- Indicators
- Solubility Equilibria
- Molar Solubility and the Solubility Product
- Aqueous Equilibria Worked Example
- Molar Solubility and the Common Ion Effect
- Aqueous Equilibria Worked Example
- Aqueous Equilibria Worked Example
- The Effect of pH on Solubility
- Aqueous Equilibria Worked Example
- Aqueous Equilibria Worked Example
- Precipitation Reaction and Selective Precipitation
- Aqueous Equilibria Worked Example
Readings
- Aqueous Equilibria Lecture Notes and Practice Problems
Practice Exercise
- Aqueous Equilibria
Videos
- Review of Thermochemistry
- Enthalpy of Reaction Refresher
- Spontaneous vs. Nonspontaneous
- Standard versus Nonstandard Free Energy Change
- The Second Law of Thermodynamics
- Entropy
- Entropy of the Universe
- Gibbs Free Energy
- Gibbs Free Energy Example Problem 1
- Gibbs Free Energy Example Problem 2
- The Third Law of Thermodynamics
- Calculating Standard Entropy Change
- Thermodynamics Worked Example
- Calculating Standard Free Energy Change
- Thermodynamics Worked Example
- Thermodynamics Worked Example
- Comparing ∆G° and K1
- Thermodynamics Worked Example
- Thermodynamics Worked Example
- Spontaneous vs Nonspontaneous Example Problem
Readings
- Thermodynamics Lecture Notes and Practice Problems
Quiz
- Thermodynamics
- Advanced Chemistry Final Assessment
Instructors
UK Lexington Frequently Asked Questions (FAQ's)
Yes, it would be best if you had a firm grasp on some of the concepts in physical and inorganic chemistry like molarity and thermochemistry.
Since the course is free of cost, students do not have to apply for financial aid provided by Coursera.
Coursera offers variable course access, depending on the type of enrollment. However, as the Advanced Chemistry Programme does not offer a certificate option; yet, the entire course content and graded assignments are unlocked for all users to view.
No, all the weekly assignment deadlines are quite flexible and are resettable per one’s convenience.
The Advanced Chemistry Training Course is entirely free of cost for all users.