It sounds like shashing
no a sound will not be produced because sound waves cannot travel through empty space they are mechanical waves
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.
Deep space Objects!
a space station is generally bigger and remains in one spot. A space ship is designed to carry people and/or objects into space.
spacewalk
They wear space suits
No, the International Space Station has not been hit by any asteroids. The station is equipped with shielding and tracking systems to help avoid potential collisions with space debris or asteroids. Additionally, precautions are taken to maneuver the station if a potential threat is detected.
Compared to a planet a space station is tiny. While all objects with mass gave gravity, that of a space station is negligible, and certainly could not keep a moon in orbit.
The Canada arm is located on the International Space Station (ISS). It is a robotic system used for various tasks, such as docking spacecraft and conducting maintenance operations outside the station.
False. The astronaut will stay in orbit with the space station on less some force acts on him or her.
Gravity.
Yes, it is true that an astronaut in space will float away without a tether or thrusters to hold her in place. In the microgravity environment of space, objects and people will continue in their current trajectory unless acted upon by an external force. The astronaut needs to be tethered to the space station or use thrusters in her space suit to prevent drifting away.