Here's why you don't see them moving towards each other:
* Tiny Mass: Objects in a room have very small masses compared to planets or stars. The force of gravity is directly proportional to mass, so the gravitational attraction between two objects in a room is incredibly weak.
* Distance: The gravitational force also decreases rapidly with distance. The objects in a room are relatively far apart, further diminishing the already weak attraction.
* Other Forces: Even if a tiny gravitational attraction existed, it would be completely overwhelmed by other forces present in the room. Things like friction, air resistance, and even the slightest bump will prevent the objects from moving towards each other due to gravity.
To understand why this force is noticeable on a larger scale:
* Earth's Gravity: The Earth has a massive amount of mass, which is why we feel its gravitational pull.
* Planets and Stars: Planets and stars have even greater mass, leading to significant gravitational forces that hold them in orbit or form galaxies.
So, while gravity does exist between objects in a room, it's simply too weak to overcome other forces and make them noticeably move towards each other.
