Gravity is indeed a force that attracts objects towards each other, and it is responsible for the sensation of weight we experience on Earth. However, we don’t typically feel our hands experiencing the same gravitational pull as the rest of our body due to a couple of reasons:

1. Balanced Forces: When we are standing or sitting still, the force of gravity is balanced by an equal and opposite force exerted by the surface supporting us. This balance of forces prevents us from feeling the constant pull of gravity on our entire body, including our hands. As a result, we perceive a sense of stability and don’t feel our hands being pulled downward.

1. Proprioception: Our brains have a remarkable ability to continuously monitor and adjust our body’s position and orientation. This is known as proprioception. Through sensory information from muscles, joints, and balance receptors, our brain constantly coordinates and maintains our body’s equilibrium. This intricate system allows us to have a natural sense of spatial orientation, making it seem like our hands and other body parts are not constantly being pulled downward by gravity.

It’s worth noting that we do feel the effects of gravity when we move or accelerate. For example, if we lift our hands or move them against gravity, we can sense the effort required to overcome the force of gravity. Similarly, if we fall or experience sudden accelerations, we may feel a temporary sensation of weightlessness or heaviness as the gravitational force changes relative to our body.

Overall, the perception of gravity and the experience of weight distribution are a result of the dynamic interplay between gravitational forces, our body’s position, and our sensory systems.