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Chemical Processes and Equilibrium
100 students
Chemical Processes and Equilibrium
Master Reaction Rates, Equilibrium Constants, Collision Theory, Electrochemical Processes and Acid-Base Chemistry
Created byMohamed Kamal
Last updated 2/2026
English
What you'll learn
- Understand chemical reaction dynamics: Master energy changes, reaction rates, collision theory, and how catalysts accelerate chemical processes.
- Apply equilibrium principles: Calculate equilibrium constants and use Le Chatelier's Principle to predict how systems respond to changes in conditions.
- Analyze specialized equilibria: Work confidently with pH calculations, buffer systems, solubility equilibria, and oxidation-reduction reactions.
- Connect theory to real-world applications: Recognize how equilibrium principles operate in industrial processes, biological systems, and everyday phenomena.
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Course content
5 sections • 19 lectures • 3h 32m total length
Requirements
- Basic understanding of general chemistry concepts including atomic structure, chemical bonding, and the mole concept
- You should have: Basic general chemistry knowledge (atoms, molecules, chemical equations, the mole concept) and comfort with high school-level algebra. No prior knowledge of kinetics or equilibrium is required—we'll build everything from the ground up.
Description
Unlock the secrets of chemical reactions and discover why some processes happen instantly while others take years!
Chemical Processes and Equilibrium is your comprehensive guide to understanding how chemical reactions work, what controls their speed, and how systems reach balance. Whether you're a student struggling with chemistry concepts or a curious mind fascinated by the science behind everyday phenomena, this course breaks down complex topics into clear, digestible lessons.
You'll journey from the fundamentals of reaction rates and energy changes to mastering equilibrium principles that govern everything from your body's pH balance to industrial chemical production. Learn to calculate equilibrium constants, apply Le Chatelier's Principle, and understand acid-base chemistry, solubility, and electrochemical processes.
What makes this course special? Real-world applications in every lesson. See how pharmaceutical companies optimize drug production, how your blood maintains perfect pH, and how nature achieves chemical balance.
Perfect for high school and college students, this course provides step-by-step explanations, practical examples, and proven problem-solving strategies.
By the end, you'll think like a chemist—predicting how reactions behave, solving equilibrium problems confidently, and recognizing chemical principles in action all around you.
Chemistry doesn't have to be hard
Ready to transform your understanding of chemistry? Enroll now and start your journey!
Who this course is for:
- This course is perfect for high school and college students taking general chemistry, AP Chemistry, or introductory physical chemistry courses who need a clear, structured approach to understanding chemical processes and equilibrium.
- If you're struggling with reaction rates, equilibrium calculations, or Le Chatelier's Principle in your current classes, this course will give you the clarity and confidence you need to succeed.
- Pre-med, pre-pharmacy, nursing, and engineering students will find this course invaluable for building the foundational chemistry knowledge
- This course is also ideal for adult learners returning to chemistry after years away, whether you're changing careers, preparing for graduate programs, or simply refreshing your knowledge.
- Science enthusiasts and lifelong learners curious about how chemical reactions work in nature and industry will appreciate the real-world applications woven throughout every lesson.
- You should have: Basic general chemistry knowledge (atoms, molecules, chemical equations, the mole concept) and comfort with high school-level algebra. No prior knowledge of kinetics or equilibrium is required—we'll build everything from the ground up.
- This course is NOT for: Advanced chemistry students seeking graduate-level quantum mechanical treatments or specialized research applications.