0:11 ORBITAL INCLINATION. That is what i was loking for. the last video from your chane i saw about orbit inclination dont solve it. This image solved it. It is the angle from the equator and from the point of launch site. but most of them are not at the equator latitude how that work?
Link to Astrodynamics Interactive Demo (AID): alfonsogonzalez.github.io/AWP/ Link to video explaining how to use AID: ruclips.net/video/KVbjQMEvI6E/видео.html
@@durianjaykin3576 or just go somewhere else for the info, witch I did, hate slowing videos down the voice become anoying for me, but thanks for the advice
Great explation!
Wow, thank you this was eye opening, love te visualization tool.
Nice summary
0:11 ORBITAL INCLINATION. That is what i was loking for. the last video from your chane i saw about orbit inclination dont solve it. This image solved it.
It is the angle from the equator and from the point of launch site. but most of them are not at the equator latitude how that work?
What is beta angle?
Sliders would help
Out of interest, where is the next video about perifocal reference frame
Link to Astrodynamics Interactive Demo (AID): alfonsogonzalez.github.io/AWP/
Link to video explaining how to use AID: ruclips.net/video/KVbjQMEvI6E/видео.html
Why read so fast slow down it's not a race, I bet this had some good Infomation but he reads to fast I misses most of it
you could slow down the video to 0.75, or 0.5
@@durianjaykin3576 or just go somewhere else for the info, witch I did, hate slowing videos down the voice become anoying for me, but thanks for the advice
I agree, he is going way to fast.
Speed-English 👎