 | Slad Road lookin from merrywalks----shoulder deep man yeah! |
 | Downfield amusements: "A million ways to be cruel" Some of the funny stuff me and my mates got upto for our school charity fundraiser this year. Involves lots of pain, and lots of men in drag. Please comment it and love it, even if you dont know anyone in it!! |
 | Funny movies-part 8 Cat stand in weightlessness |
 | Spaces manzor travels cross spacessss This is a movie about a spaceman, who travels in space, in his space jumping space-suit, wich he uses to jump in space, beacuse space is big. Enjoy |
 | A day in the life of a spaceman mr spaceman has a busy day at his luxury apartment in manchester, england, uk, the earth. |
 | VJ Dom in Zero Gravity A movie junket for the Danny Boyle flick "Sunshine" meant that all the members of the press had to hop aboard a NASA training plane (a modified Boeing 737) and experience weightlessness at 30000 feet in the sky! It's recommended that everyone try this before they die! |
 | Niagara Falls? na just Merrywalks in stroud, when it rained |
 | Florida Holiday - NASA Space Man Apollo Suit! This is the actual Apollo Suits! |
 | Forces of Motion NASA Sci Files segment explaining the different forces of motion including weightlessness, free fall, acceleration, and inertia and how they relate to space travel. |
 | Newton's Third Law of Motion: Astronauts in Outer Space http://www.myspace.com/acorvettes NASA scientists and engineers should probably have predicted that if an astronaut applied force to open or close a valve, the valve would apply the same amount of force to him, but in the opposite direction. After all, nearly 300 years ago, Isaac Newton presented what came to be known as his third law of motion, which says that for every action there is an equal and opposite reaction. We experience these conditions on Earth; if we lean heavily against a wall, the wall pushes back with a force equal and opposite to our lean. (To illustrate the wall's opposing force more vividly, imagine leaning against it while wearing roller skates.) On Earth, gravity and friction provide the stability we need to resist the forces exerted on us during everyday tasks. In contrast, orbiting astronauts must struggle against conditions of "weightlessness." |
العربية
中国
Français
Deutsch
Ελληνική
हिन्दी
Italiano
日本語
Português
Русский
Español
