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Updated in [September 15th, 2023]

What does this course tell?
(Please note that the following overview content is from the original platform)
This course begins with an overview of the five types of chemical reactions: combination, decomposition, single-displacement, double-displacement and combustion. We describe each of these reactions in detail to explain how their reactants combine to form one new compound or degrade into more substances. We then cover oxidation numbers and their role in a chemical reaction as atoms or ions lose or gain electrons and are labelled as ‘oxidised’ or ‘reduced’ respectively. The course outlines how these oxidation rules apply to metal and non-metal compounds. Our next topic discusses redox reactions, which involve the exchange of electrons between reactants. We show you how to name inorganic compounds by replacing the suffix ‘ine’ with ‘ide’.
We then move on to chemical equilibrium and the factors that impact it. We study reversible reactions, which involve reactants and products that are interchangeable, before laying out the distinctive features of an equilibrium reaction under constant conditions. The course defines equilibrium expression’ and traces the connection between the equilibrium constant and temperature, pressure, concentration and catalysts. We compare weak and strong acids and bases and outline their dissociation processes. This is followed by an analysis of pH and the scale used to measure the acidity of a solution.
The course covers reaction kinetics, which is the study of the rate of a chemical reaction and the variables that affect it. We explain how the quantity of reactants or products changes over time and how that affects the rate of reaction. We also examine collision theory, which explains how reaction conditions like energy and orientation influence the rate of the reaction. Finally, we demonstrate the acceleration of a chemical reaction by raising the temperature, concentration and surface area or using a catalyst. This basic chemistry course helps learners and students understand complex chemical concepts and breaks down complicated chemical processes into easy-to-understand steps. Sign up to understand chemical reactions and the equations used to calculate them.


We consider the value of this course from multiple aspects, and finally summarize it for you from three aspects: personal skills, career development, and further study:
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What skills and knowledge will you acquire during this course?
By taking this course, the learner will acquire the skills to understand the five types of chemical reactions, oxidation numbers, redox reactions, chemical equilibrium, reaction kinetics, and collision theory. They will also gain knowledge of how to name inorganic compounds, the factors that impact chemical equilibrium, weak and strong acids and bases, pH, and how to accelerate a chemical reaction.

How does this course contribute to professional growth?
This course on Beginner Chemistry: Redox Reactions Equilibrium & Rates of Reaction contributes to professional growth by providing a comprehensive understanding of various chemical reactions and their underlying principles. By studying the five types of chemical reactions, learners gain a solid foundation in how reactants combine or degrade to form new compounds or substances. This knowledge is essential for professionals working in fields such as pharmaceuticals, materials science, and environmental science, where understanding chemical reactions is crucial.

The course also delves into oxidation numbers and their role in chemical reactions, teaching learners how atoms or ions lose or gain electrons and become labeled as "oxidized" or "reduced." This understanding is valuable for professionals working in industries that involve redox reactions, such as electrochemistry or corrosion prevention.

Furthermore, the course covers chemical equilibrium and the factors that impact it. Professionals who work with chemical processes that involve reversible reactions will benefit from this knowledge, as it provides insights into maintaining optimal conditions for equilibrium. Understanding equilibrium expressions and their connection to temperature, pressure, concentration, and catalysts is essential for professionals involved in chemical engineering, process optimization, and research and development.

The course also explores reaction kinetics, which is the study of the rate of a chemical reaction and the variables that affect it. Professionals in fields such as chemical engineering, pharmaceuticals, and food science will find this knowledge valuable for optimizing reaction rates and understanding the factors that influence them. The course explains concepts such as the quantity of reactants or products changing over time and how that affects the rate of reaction. It also covers collision theory, which provides insights into how reaction conditions like energy and orientation influence reaction rates. Professionals can apply this knowledge to design and optimize chemical processes.

Overall, this course on Beginner Chemistry: Redox Reactions Equilibrium & Rates of Reaction contributes to professional growth by providing a strong foundation in chemical reactions, oxidation numbers, equilibrium, and reaction kinetics. The knowledge gained from this course is applicable to various industries and can enhance problem-solving skills, critical thinking, and the ability to analyze and optimize chemical processes.

Is this course suitable for preparing further education?
This Beginner Chemistry: Redox Reactions Equilibrium & Rates of Reaction course provides a comprehensive overview of the five types of chemical reactions, oxidation numbers, redox reactions, chemical equilibrium, reaction kinetics, and collision theory. It is suitable for learners and students who are looking to gain a better understanding of complex chemical concepts and equations used to calculate them. It could be used as a preparation for further education in the field of chemistry.

Course Syllabus

Redox Reactions

Chemical Equilibrium

Rates of Reaction

Course assessment