Added: 3 years ago
From: SPRules44
Views: 38,745
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  • Apollo 13 april the 13th (no comment!

  • why would anyone put a dislike on this video? This video is a gem. Thanks so much for posting.

  • what is the thing on the lower right corner at 2:21? looks like a row of towers?

  • 60 km/m = 1 km/s = 3600 km/h

  • boring much

  • thumbing it down =/ cause the british homosexual narrating it

  • Thanks sprules44, these videos are amazing! For anyone who hasn't watched all of them yet, I highly recommend the episode "downed pilot"

    Keep it up ;)

  • Comment removed

  • i've been missing this on nat geo. thanks for uplaoding

  • Oi Huston! We had a problem!

  • Very intersting thanks for posting!

  • Thanks for the hours of entertainment SPRules44. I love this show. Each one is awesome.

  • can u upload taliban uprising

  • Thanks for the uploads SPRules44. Much appreciated.

  • god bless u for uploading this, i ve been waiting for it forever!

  • i knew there was a reason i subscribed these videos kick ass

  • @killman369547 you seen hollywood shootout? it's the best one

  • @hellzshotgun i have and i agree 2 the fullest

  • UdallIn72, you are wrong, not the documentary.

    Why would they still need to be traveling at escape velocity whilst "hurtling towards the moon"? At this point, they have long since left earth orbit, transposition and Docking of the CSM to LM has taken place and most if the Saturn V rocket has been left behind.

    A spacecraft only needs to reach escape velocity during launch.

  • 60 km/minute, by my calculations, is only 3600 km/hour... Which is well below escape velocity.

    So, uh, is that a factual error in the show, or am I wrong?

  • Well,I don't know whether there's an error here, but it's possible to leave orbit without achieving the quoted "surface escape velocity" which is the speed required to leave a planet IF no further kinetic energy will then be provided to that vehicle. This is of course not the case in practise since the vehicle has a propulsion system to keep it going...

    Also,in this case the spaceship is already in the space, I think the escape velocity is not relevant anymore.

    Correct me if i am wrong.

  • @UdallIn72

    you're wrong

  • @joyfulvulture

    Well, thanks for clearing that up.

  • Love this show! Thanks a lot for these!!!

  • "Houston,we got a problem "

  • Vary Good. I hav been looking for this for ages! lol. Thanks for that

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