Awesome !! I wanted to just go for a min for his first lecture.. ended until here and now thinking to complete the course.. Sir, you keep me struck in your lecture !
@ ~7:00 min, Professor R. forgot to cube the radial term (R+h). He wrote: (6380+100)X10^3 under the radical, when he should have wrote: ((6380+100)X10^3]^3. {the 10^3 is to convert from km to m} The answer he wrote down, 5194s, is still correct (although I calculated 5192.1s, which is probably attributed to rounding). It is merely a "copy-down" error.
I don't think the talk about the Solar Day on the Orbital Time graph is correct. There is a huge difference. Both are time, but each one represents something different. However, I'm glad I found this course.
Awesome !!
I wanted to just go for a min for his first lecture.. ended until here and now thinking to complete the course..
Sir, you keep me struck in your lecture !
Sir your teaching is great.
অসাধারণ ।
@ ~7:00 min, Professor R. forgot to cube the radial term (R+h).
He wrote: (6380+100)X10^3 under the radical,
when he should have wrote: ((6380+100)X10^3]^3.
{the 10^3 is to convert from km to m}
The answer he wrote down, 5194s, is still correct (although I calculated 5192.1s, which is probably attributed to rounding). It is merely a "copy-down" error.
was thinking the same!
hi sir, there is a mistake in calculation regarding the total velocity of the space craft at 50:01 mins please check
I don't think the talk about the Solar Day on the Orbital Time graph is correct. There is a huge difference. Both are time, but each one represents something different.
However, I'm glad I found this course.
38:43 Orbital Vilocity
very good! thks
Is total velocity value correct
Yes it is correct
Earth rotates west to east 14:10
❤
good