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The plan is 15 "lectures" with some split into two videos. Not sure the exact number.

@@noahcharles7368 Nice. I'm asking because I want to structure some time (a couple of weeks) around properly working through the lectures, but that's when they're more or less complete. Right now I'm just watching them as they come out.

They're cooking me over on anti-kinetic energy RUclips

@@noahcharles7368 I guess it's no surprise but I don't even understand your comment. Can you answer a simple question... Did momentum or kinetic energy land human beings on the moon? I'm talking about the forces used to get them there and gracefully merge with the surface.

@@inmendham iirc it was rockets

@@noahcharles7368 More silly evasion... Ask a physicist a simple question get nonsense as an answer. One more try, if a 5 mass going 10 velocity is moving to the right, and a 10 mass going 5 velocity is moving to the left and they are tied together by a non-stretchable rope, which one wins the tug of war?

​@@inmendhamThe only coward here, is you! It's a well documented and evidenced FACT!👍😊

Thank you! I hope you enjoy the course.

​@@noahcharles7368 Yes... I do enjoy learning and reviewing stuff I've learnt when I was a student. Are you a lecturer or teacher?

@@edwardhunia6315 My title is "Scholar in Residence" which is somewhat analogous to a visiting assistant professor position.

@@archilochusvitruve5952 awesome! What was your major? And are you cuurently working on any papers?

​@@archilochusvitruve5952 Look, I was only asking because I was wondering if you've got time to look at an obviated driver of climate change. Let me pose this question: does the following problem interest or rais questions for you? The atmosphere and troposphere is in hydrostatic equilibrium. It can be shown using the US Standard Atmosphere 1976 assumptions, its given density equation (42), and an average mean temperature that also accounts for the diurnal and nocturnal variance, that all emissions that escape tropospheric capture must be displaced into outer space (Archimedes principle). Taking the orbit of the Earth around the sun, and applying energy conservation to the Lagrangian of two body orbital solution of the sun and Earth, we discover the radius must decrease to conserve energy.

Thanks so much for the review! Gotta go recheck the focus...