Escape velocity?
Sometimes,
(a)
when I was really high
(b)
I wondered
(c)
how much more would it take
(d)
to reach escape velocity?
(e)
Mired in the mundane
ouzo and out,
@onceuponatime
- photo credits: (a)(b) by @onceuponatime, (c)(d)(e)(f) by pixabay.com
- the fish in (e) landed without incident in a safety net
Here is some information about reaching escape velocity!!
source
But who was talking about spacecraft?
So, is there a railway line or carpeted road to enter the orbit? :P
Spacecraft is necessary to make a space travel that's why...!!! ;)
So did you get an answer for that wondering question?
That, my friend, is a very closely guarded secret :-)
Its a question full of mystery i guess
Ah! Sometimes secrets are good to be disclosed! :P
You'll know when you reach it!!!
Ah, an optimist!
Sometimes, it's the only way to be!
Escape velocity? It's all in the mind.
Then I am doomed! I lost my mind long ago :-)
i think you need vocation!!! :)
not in Loutraki but in an
island! i think you need 1 week to Mikonos!! :)))
What about a weekend at the Casino here in Loutraki?
mmmm, that is a very very good idea... :)
The picture shows that you are inteligent when you are high. You are calm when you are at low. You wonder brave. And you want flow at escap velocity. I wish your success to escap velocity without changing the momentum. Go fast. Fly high.
"Go fast. Fly high."
I like it!
escape velocity is 24,000 miles per hour.
do the math.
Yeah nearly 40K Km/h! That's huge.
That's how fast it takes to reach orbit.
Once you're in orbit you're halfway to anywhere.
I've heard that you can't even take math with you :-)
you can do math in your head...
can't you?
Not when I'm up really high LoL
It's called evolution in action
I learnt a lot from here..... This is a beautiful write up.
Nice one
Physics being my favorite subject, I loved reading about escape velocity again. That's the really great photography. Thanks for sharing.
Throw a rock up in the air and it will always come back down. Imagine a rocket to be a rock. They will always come back down unless they move fast enough to either go into orbit or get away from the Earth. The question is what is that velocity? (answer: the orbital velocity or the escape velocity)