What Physics Tutorial Top 10 Actually Is
It is not a single textbook or a certified course. It is a YouTube channel that posts concise, topic-by-topic physics walkthroughs aimed at students taking A-level, IB, AP Physics, or equivalent undergraduate introductory courses. The name comes from their early list-style videos covering ten key areas, and the brand stuck. The content stays fairly consistent since: kinematics, Newton's laws, energy and momentum, rotation, waves, thermodynamics, E&M, circuits, optics, and modern physics. The channel does not offer a single downloadable course bundle. What you can get instead are embedded PDFs through their website and links to curated playlists organized by topic. Their site puts each video page next to a short summary sheet and a set of practice problems when they have them. Most people just bookmark the playlist version and work through it in order. If you want offline access, the practical route is using a video downloader for your own study use, then saving the companion sheets from the site directly. That avoids the frustration of hunting for scattered files. I spent two weeks last year trying to compile a clean set of notes from their older videos because the playlist ordering drifted after they added new material. What actually worked was pulling the publication timestamps from YouTube Studio and sorting the list by date, then cross-referencing with the topic tags on their site. That saved me from rewatching half the content twice.
How to Use It Without Wasting Time
Start with the topic you are weakest on, not the one you enjoy most. Students usually pick the easiest video first and then lose momentum before hitting the hard parts. Watch one video at 1x speed and pause to write down the key equations in your own notation. The channel explains derivations with whiteboard steps, which is helpful, but it skips intermediate algebra sometimes. Fill those gaps yourself before moving on. Do the practice problems they link at the bottom of the video page. If the problem set is missing, go to standard textbooks like Halliday and Resnick or University Physics and pick three problems matching that topic. The channel videos average eight to fourteen minutes, so a realistic session is thirty to forty-five minutes including problem work. You will retain far more doing that than watching three hours straight without writing anything down.
What Works Well and What Does Not
Strengths: Weaknesses: If you are preparing for an exam in four weeks, this channel covers the core well enough. If you need more rigorous problem sets or formal lab guidance, pair it with an open course like MIT OCW 8.01 or 8.02. Those courses have problem sets with solutions and a clearer path for self-testing.
Get the Full Details
I was reviewing their circular motion video with a student who kept mixing up centripetal and centrifugal force in free-body diagrams. The video explains the distinction correctly, but the example problem uses a car on a banked curve without friction, which is a clean case. Real exam questions often add friction and ask for the minimum and maximum speed range. That nuance is not covered in the video. The fix was straightforward. I found the textbook section on banked curves with friction, worked through one example where friction acts down the slope and one where it acts up the slope, then had the student draw both free-body diagrams from scratch. After that, the concept stuck. The channel gives you the foundation. It does not give you every edge case you will see on a test.
Advanced Nuance Beginners Miss
One thing that comes up repeatedly is the treatment of sign conventions in kinematics. The channel uses the standard convention where upward is positive, but it does not emphasize that different exams and textbooks flip this occasionally. If you are switching between resources, always confirm the sign rule before solving. Another frequent issue is treating rotational inertia as a constant. It is not constant when the mass distribution changes, like a figure skater pulling arms in or a collapsing star. The channel mentions conservation of angular momentum briefly, but it does not drill the variable-mass cases that show up in harder problems. Circuits are another place where shortcuts fail. The channel covers Kirchhoff's rules clearly, but many students apply them mechanically without checking if the circuit has symmetry that makes mesh analysis faster. Recognizing symmetrical bridges and node equivalences can cut solving time significantly.
Who Should Skip This and What to Use Instead
If you need heavy mathematical rigor, this channel will not be enough. Look at Leonard Susskind's Theoretical Minimum or Paul Dirac's lectures if you want that level. If you are a visual learner who needs animation more than whiteboard derivation, Khan Academy or professor Dave Explains might fit better. If you are studying for a specific exam board like Edexcel or Cambridge International, check whether your board has endorsed revision sites that align more closely with past papers. The channel is general enough to help most students, but it is not tailored to any single syllabus. The channel remains useful because it hits the middle ground between oversimplified content and advanced university lectures. Use it as a secondary source, not your only one. Work the problems. Track your mistakes. Revisit the videos that explain the topics you keep getting wrong. That routine usually gets results within a few weeks for someone putting in consistent study time.
