What ! You must not live on the same planet where I live.
-- When I'm ready to float up off the floor, I feel a force holding me down on it.
-- When I want to go up the stairs, I can't just wave my pinky. I have to give it
some oomph with my legs to overcome the force that's trying to keep me downstairs.
-- When I relax and don't think about it, my arms never float up to the height of my
shoulders and then point up toward the sky. I don't have to put any muscle into it
to keep them hanging down. There's some kind of force from somewhere that helps
with that.
-- When I used to stand on my head for my grandkids, all the change used to fall
out of my pocket. They still want me to do it, but I found out it had more to do with
the rain of change than with any display of athletic skill. Furthermore, two rounds
of cervical spine surgery have made me think twice about standing on my head
and about reviving my career in pro-Wrestling.
Weight is the measure of the force of gravity acting on an object. It can feel heavy or light depending on the amount of force exerted due to gravity on an object. You feel weight through the sensation of pressure or resistance on your body when you are supporting or carrying an object.
Experiencing 2G force feels like having twice the normal force of gravity pulling on your body. This can make you feel heavier and may cause discomfort or strain, especially during sudden changes in speed or direction.
You can't feel the pull of gravity between yourself and another person because the force of gravity between two people is very weak compared to other forces acting on you, like friction and air resistance. Additionally, your body is designed to withstand and adjust to the constant force of gravity, so it's not perceived in the same way as other forces.
When shaking something to and fro, I may feel a sense of movement and resistance as I accelerate and decelerate the object. When holding something against the pull of gravity, I may feel a sense of weight or strain as I counteract the force pulling the object downwards.
Weight is affected by gravity because weight is the force exerted on an object due to gravity pulling it towards the center of the Earth. The strength of gravity determines the weight of an object; the stronger the gravitational force, the heavier the object will feel.
Weight is the measure of the force of gravity acting on an object. It can feel heavy or light depending on the amount of force exerted due to gravity on an object. You feel weight through the sensation of pressure or resistance on your body when you are supporting or carrying an object.
amount of force or gravity pulling on it
Air,Gravity.
you feel standing up on the bottom of the world because of gravity pulling you to the center of the earth.
Experiencing 2G force feels like having twice the normal force of gravity pulling on your body. This can make you feel heavier and may cause discomfort or strain, especially during sudden changes in speed or direction.
You can't feel the pull of gravity between yourself and another person because the force of gravity between two people is very weak compared to other forces acting on you, like friction and air resistance. Additionally, your body is designed to withstand and adjust to the constant force of gravity, so it's not perceived in the same way as other forces.
When shaking something to and fro, I may feel a sense of movement and resistance as I accelerate and decelerate the object. When holding something against the pull of gravity, I may feel a sense of weight or strain as I counteract the force pulling the object downwards.
You would be lighter in space because weight is the result of gravity pulling on your mass. In the absence of gravity in space, you would not experience the same force pulling you down, making you feel weightless.
No, unless they are near a body with enough mass to have gravitational pull. For example, standing on the moon they would feel gravity (although it's a lot less than Earth's gravity ) but floating in space technically there is still gravity but it is such a small force that an astronaut would not feel it.
feels like your drunk and you cant control your body.
you feel drowsy because you cant breath and your body is starting to shut down.
Your weight would be considerably less in space than on Earth due to the absence of gravity pulling you down. In space, you would experience microgravity, causing your body to float and feel weightless.