Earth's Gravity would pull it straight down to earths surface.
It would fall to Earth's surface.
It would probably loose control or wouldn't be able to collect data.
If the International Space Station (ISS) were to move sideways faster than its orbital speed, it would no longer maintain a stable orbit around Earth. Instead, it would begin to experience a loss of altitude as gravitational forces would pull it downward, leading to a rapid descent. Ultimately, this could result in a catastrophic re-entry into the Earth's atmosphere, causing the ISS to disintegrate due to the intense heat and pressure.
If the space station were to stop moving sideways, it would continue to orbit Earth due to the pull of gravity. However, without the horizontal velocity, it would fall back towards Earth rather than staying in a stable orbit. This would pose a significant danger to the crew and the station itself.
The International Space Station can be sighted when it flies over the region you are in. The website in related links below will tell you when the international space station can be observed in your region. It looks like a moving star, when you walk its like something out of the blue is above you.
It would fall to Earth's surface.
It would probably loose control or wouldn't be able to collect data.
If the International Space Station (ISS) were to move sideways faster than its orbital speed, it would no longer maintain a stable orbit around Earth. Instead, it would begin to experience a loss of altitude as gravitational forces would pull it downward, leading to a rapid descent. Ultimately, this could result in a catastrophic re-entry into the Earth's atmosphere, causing the ISS to disintegrate due to the intense heat and pressure.
If the space station were to stop moving sideways, it would continue to orbit Earth due to the pull of gravity. However, without the horizontal velocity, it would fall back towards Earth rather than staying in a stable orbit. This would pose a significant danger to the crew and the station itself.
The centripetal force that keeps the International Space Station in orbit around the Earth is due to the gravitational pull between the Earth and the space station. This gravitational force causes the space station to constantly fall towards Earth, but its tangential velocity keeps it moving sideways, resulting in a stable orbit.
The International Space Station can be sighted when it flies over the region you are in. The website in related links below will tell you when the international space station can be observed in your region. It looks like a moving star, when you walk its like something out of the blue is above you.
Moving sideways refers to making lateral movements instead of moving forward or backward. It can also mean making little to no progress or advancement in a certain situation or endeavor.
keeps the plane from moving sideways
They move faster
If by movement you mean tilting it is called roll. There is no name for a boat simply moving sideways.
If the ISS were moving sideways faster than its orbital speed, it would move into a higher orbit or possibly escape Earth's gravity, depending on the speed. It could also potentially enter an unstable orbit that would eventually lead to reentry into the Earth's atmosphere.
A satellite. It can be natural, like the moon, or artificial, like the International Space Station.