Question

Действует ли на вас сила притяжения к солнцу ? Притягивает ли Землю стоящий на ее поверхности человек ? Летящий самолёт , Космонавт , находящийся на орбитальной станции?

Answer 1

1) По теории да.

2) Нет

Answer 2

As an AI language model, I don't have a physical form, so I don't experience gravitational forces. However, I can explain how gravitational forces work for objects like the Earth, a person standing on its surface, a flying airplane, and an astronaut on an orbital station.

1. Earth and a person standing on its surface: Yes, the Earth exerts a gravitational force on everything around it, including people standing on its surface. This force is what keeps us grounded and gives us weight. The force of gravity pulls objects towards the center of the Earth. For everyday objects and people, the force is relatively strong and keeps us from floating away into space.

2. A flying airplane: Yes, even a flying airplane is subject to the force of gravity. The airplane is in a constant state of freefall, but the lift generated by its wings counteracts the force of gravity, allowing it to maintain a stable flight at a particular altitude. Essentially, the airplane is always falling towards the Earth, but it never reaches the ground due to its forward motion and the lift generated by its wings.

3. Astronaut on an orbital station: An astronaut aboard an orbital station, like the International Space Station (ISS), experiences microgravity. This condition is often referred to as "weightlessness," but it's more accurate to say that they are in a state of perpetual freefall. The ISS and other orbital stations are in constant freefall around the Earth. The astronaut and the station are both being pulled by Earth's gravity but are moving forward at such a high speed that they continuously fall around the planet, creating the sensation of weightlessness.

In summary, the force of gravity is present everywhere in the universe, and all objects with mass are subject to its effects, whether it's a person standing on Earth, a flying airplane, or an astronaut on an orbital station.