False. The astronaut will stay in orbit with the space station on less some force acts on him or her.
It's called a space walk when a astronaut is "walking" outside her spacecraft in outer space. see wikipedia for more info: http://en.wikipedia.org/wiki/Space_walk
Because without fun of some sort, an astronaut's life would be pure stress. Unless you relieve that stress, then you start impairing your performance. The same can happen with earthbound people who have high-stress jobs or are in high-stress situations.
The Outside Man was created in 1973.
The duration of Come Outside is 840.0 seconds.
Outside South Africa
Absolutely true .
Extra-vehicular activity, work done by an astronaut away from the Earth and outside of his or her spacecraft
An astronaut
The oxygen that the astronaut is breathing escapes through that rip (because there is no oxygen outside of the spacesuit, diffusion makes the oxygen spread outside of the spacesuit), and eventually the astronaut dies of oxygen deprivation.the temperature helps to kill the astronaut as well.
The professor was constantly badgering us to think outside the box.
electrons
By runing outside naked constantly
It depends upon the situation you place the astronaut in question. A tether is generally used only to act as a life line in case an astronaut starts to come adrift from their spacecraft or station, instead Velcro toe straps and handholds are used to keep astronauts where they need to work. However, this does not answer your question directly so allow me to create three scenarios. Scenario 1: An astronaut leaves their spacecraft and manages to completely stop themselves (although this would both be impossible, or close to it, and would result in the astronaut reentering the Earth's atmosphere) perfectly somehow in the middle of space. From there they will drift away from the space station; simply because they have stopped and the spacecraft hasn't. Scenario 2: An astronaut leaves their spacecraft and, while still orbiting the Earth at the same velocity as the spacecraft, stops moving in any other direction (again this would be near to impossible to achieve). In this case they would not float away from their spacecraft as there is very little force acting upon them and as f=ma (force = mass x acceleration) there would be no acceleration; thus no drifting. Scenario 3: An astronaut leave their spacecraft, and goes to do some work on a part of it from the outside; doing this they touch the spacecraft. Now there is a force being applied and so there would be an acceleration away from the spacecraft. This acceleration could and would be quite small, however with little resistance the velocity of the astronaut would pick up quickly and they would soon find themselves a long way away from their spacecraft. So to reiterate my earlier point, the answer to your question would lie in the senario.
ESPN Outside the Lines Weekly - 2000 Holding an Ace was released on: USA: 10 November 2002
Yes Indian can get in NASA as astronauts should they meet the NASA Astronaut program requirements. NASA does accept people born outside of the United States as astronaut candidates though American citizenship is required.
It keeps them from holding court outside in the rain.
Even though the space station is traveling at a speed of 17,500 miles per hour, all objects inside or attached to the space station are traveling in the same speed and direction. Relative to these objects, the space station will appear like it isn't moving at all. When an astronaut goes on an extra-vehicular activity (EVA) outside the space station, he will still be moving in the same speed and direction as the space station. Because of this, the space station will appear to be stationary to the astronaut (Unless the astronaut pushed against it, in which case the astronaut would drift away). In the event that an astronaut does accidentally push himself away from the space station, tethers and handrails allow the astronaut to pull himself back to safety.