NEW VIDEO about why Eclipses Travel TOWARDS the EAST?
🕑 Added 2024-04-01 15:44:34 +0000 UTCIf you're close enough, go try to see the American eclipse on April 8!
Thanks as always for your support.
Henry
Comments
Henry Reich
Yeah, this is a tough one. Really I should just be using the term "angular velocity" but that jargon can be confusing, I like to try to say something like "rotational velocity" or "rate of rotation" or "rotational speed" instead... If you had a ball on a string spinning around your head, you don't say it's orbiting, you say it's rotating/spinning, so we have a bit more flexibility if we think if planets like regular objects.
Henry Reich
Yeah, I have a small footnote at 2:17 acknowledging that
Kim and Brian McLeod
I know in this case it is true they are the same by tidal locking but for the more general case...
Kim and Brian McLeod
I'm not understanding the statement at 2:13 -- I think I get what you are trying to show but I believe what's stated is in conflict with Kepler's IIId law.
Kim and Brian McLeod
Would love to have 'orbit' when referring to the bulk motion of the Moon and to reserve 'rotation' for 'spin'
Patrick W. Gilmore
Nicely done! And thank you for the wikipedia gif. You are a class act, sir! Glad to support you, your videos are definitely some of the best out there.
Henry Reich
I made it custom for the video (it's computer visual effects) so I could have the earth rotating in it, but it's inspired by this real satellite view: https://en.m.wikipedia.org/wiki/File:July_2,_2019_Total_Solar_Eclipse_from_GOES-East.gif
Henry Reich
Gah!! An editing glitch that wasn't there when I checked but then I had to reupload for some other tiny change. :/
Patrick W. Gilmore
Is the picture at 3:25 a real video (from a satellite or something)? If not, do we have a video of an eclipse from space?
Patrick W. Gilmore
Why does the page go blank / white for a couple seconds at ~1:43?
Patrick W. Gilmore
It's almost like planetary motions are confusing sometimes