Basic algebra, logarithms and introductory chemical terminology are recommended. A calculator and notebook are useful for practice. The videos are for educational calculation study; they do not provide laboratory supervision, experimental safety training or assessed academic credit.
Optional preparation: Solutions, Acids and Bases: Free Course.
About this course
Practise the reasoning behind acid-base calculations in this free Ninja Nerd course. The complete nine-video chemistry sequence covers acids and bases, strong and weak calculations, salts, approximation checks, percent ionization and three titration combinations. The title reflects the source’s focused acid-base scope rather than promising a whole general-chemistry syllabus.
Course at a glance
| Provider / Teaching team | Ninja Nerd |
|---|---|
| Platform | YouTube · Ninja Nerd |
| Access | Free Video |
| Level | Intermediate |
| Language | English |
| Videos | 9 |
| Video duration | 3h 10m · allow extra time for practice |
| Format | Self-paced recorded training |
| Certificate | Not included with video viewing |
What you’ll learn
- Connect the introductory acid-base lesson with the source calculation methods.
- Compare strong and weak acid-base and salt examples.
- Explore the five-percent rule, quadratic-equation discussion and percent ionization.
- Follow the strong-strong, weak-acid and weak-base titration lessons.
Skills you’ll gain
- Acid-base chemistry
- Quantitative reasoning
- Equilibrium calculations
- Approximation checks
- Percent ionization
- Titration study
Course Overview
The course begins with acids and bases and then introduces strong-acid and strong-base calculations. The salts lecture and weak-acid and weak-base calculations broaden the reasoning. The five-percent-rule and quadratic-equation recording addresses the choice of a calculation approach, followed by percent ionization. The final three videos compare the titration cases covered in the source: strong acid and base, weak acid with strong base, and strong acid with weak base. All nine recordings remain available. This is a focused classroom calculation course rather than a complete general-chemistry program or laboratory-safety qualification. Its useful outcome is the ability to explain the assumptions behind an example and check whether the method matches the situation being studied.
How to study the course
- Study the introduction and strong calculations first. Write down the quantities and assumptions before copying a numerical procedure.
- Continue through salts, weak calculations, approximation checks and percent ionization. Compare why a method is selected rather than treating every example as the same problem.
- Complete all three titration lessons and build a comparison sheet. Revisit the prerequisite calculation lesson when the reasoning in a titration stage is unclear.
Use the searchable classroom lesson list to revisit a specific explanation. Pause after a useful demonstration, reproduce a small example and explain the result in your own words. Keep a short note of what worked, what changed and what you still need to understand before moving on.
Who is this for?
This course suits students studying introductory chemistry, health-science prerequisites or acid-base calculations within a formal course. It is particularly helpful when familiar formulas are difficult to connect with the assumptions in a problem.
Before you start
Basic algebra, logarithms and introductory chemical terminology are recommended. A calculator and notebook are useful for practice. The videos are for educational calculation study; they do not provide laboratory supervision, experimental safety training or assessed academic credit.
Put the lessons into practice
Choose a small calculation example from the strong and weak sections and reproduce it on paper, listing the known quantities and the assumptions used. Check the approximation or alternative calculation discussed in the course rather than selecting a method automatically. Then compare one example from each titration recording, explaining why the reasoning changes between cases. Keep this an on-paper exercise without handling chemicals. Finish with a short checklist that helps you identify the type of problem, select a relevant source lesson and verify the meaning of your result.
This optional activity is provided by WikiFree for independent practice. It is not a graded assignment from the instructor. Keep your working notes, check the result against the task you defined and return to the relevant lesson when an assumption or technique is unclear.
Certificate / Assessment
Watching the public videos and using WikiFree progress tracking does not award a certificate, exam voucher, academic credit or instructor assessment.
Use your practice output to review what you can now explain and repeat independently. Completion tracking records your study progress; it does not replace an assessed qualification or professional experience.
Related courses for your next step
- Review a lower-level optionSolutions, Acids and Bases: Free Course
Focus: Chemical reasoning · Units and notation
Beginner - Review a lower-level optionFree MIT Course: General Chemistry: Atoms, Bonding and Reactions
Focus: 1. The Importance of Chemical Principles · 9. Periodic Table; Ionic and Covalent Bonds
Beginner - Review a lower-level optionMiddle School Chemistry: Free Course
Focus: Chemistry foundations · Matter classification
Beginner
Compare course focus, level and study time
| Course | Level | Focus | Study time |
|---|---|---|---|
| This course — Acids, Bases and Titrations: Free Course | Intermediate | Acid-base chemistry · Quantitative reasoning · Equilibrium calculations | 3h 10m of video; practice time is additional |
| Solutions, Acids and Bases: Free Course | Beginner | Chemical reasoning · Units and notation · Molecular concepts | 55m of video; practice time is additional |
| Free MIT Course: General Chemistry: Atoms, Bonding and Reactions | Beginner | 1. The Importance of Chemical Principles · 9. Periodic Table; Ionic and Covalent Bonds · 18. Introduction to Chemical Equilibrium | 25h 24m of video; practice time is additional |
| Middle School Chemistry: Free Course | Beginner | Chemistry foundations · Matter classification · Physical properties | 3h 7m of video; practice time is additional |
Frequently asked questions
Is this course free to watch?
Yes. The public video lessons can be viewed in the WikiFree classroom. Free viewing does not include paid software, service subscriptions, provider membership benefits or a credential.
How long does the course take?
The 9 source videos total approximately 3h 10m. Allow additional time for pausing, practice, reviewing an example and checking your own result.
What background do I need?
Basic algebra, logarithms and introductory chemical terminology are recommended. A calculator and notebook are useful for practice. The videos are for educational calculation study; they do not provide laboratory supervision, experimental safety training or assessed academic credit.
Does watching the course award a certificate?
No. Video viewing and WikiFree progress tracking do not award a certificate, credit or an exam voucher.
Can I study on a phone?
Yes. The classroom has a responsive player and searchable lesson list. A larger screen and suitable practice environment are helpful for following software demonstrations or technical examples.
Provider: Ninja Nerd. Videos play from the Ninja Nerd channel on YouTube.
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