We do not feel the sun's gravity because Earth orbits the sun and so is essentially in freefall. Objects in freefall seem weightless from a viewpoint that is freefalling with them. We, of course, do not feel weightless because of Earth's gravity, which is independent of the sun's gravity.
We never feel motion, only change of motion. That's why it's so easy to sleep ona jet airliner zooming along at 500 miles per hour, but not in a car that's creepingon a rough gravel road. As long as the speed and direction don't change, we neverfeel a thing.
But you do! The earth rotates roughly once every 24 hours. If you didn't do the same, then the ground would whiz by under your feet at something like 800 miles per hour (in the mid-USA). Similarly, the earth is sailing along in its orbit around the sun, at something like 67,000 miles per hour. If you didn't sail right along with the earth, you would be left behind very quickly.
Objects on Earth, including ourselves, are all moving along with the Earth as it rotates on its axis. This movement is due to inertia, the tendency of objects to remain in motion unless acted upon by an external force. As a result, we do not feel the effects of Earth's rotation or crumble because we are all essentially moving at the same speed.
The atmosphere is spinning with us. _________________ If you don't feel wind, ever, you are not on earth. The atmosphere is spinning with the earth, but the spin of the earth does have some effect on the atmosphere. Remember that the estimate of 1000 miles per hour is for the region around the equator; the velocity reduces to zero as you approach the poles.
Yes, people on the space station in a geosynchronous orbit above Earth would still experience microgravity, which can make them feel weightless. This is because they are continuously falling towards Earth due to the balance between their forward motion and the planet's gravitational pull.
All the objects on the earth including the atmosphere are in motion along with the earth. So, it is not possible to perceive the motion of the earth staying on the earth.
they feel motion
We don't feel the Earth moving and rotating because its motion is constant and we are moving along with it at the same speed. Our bodies have adapted to this motion over time, so we don't perceive it as movement.
We do not feel the Earth spinning because we are moving along with it at the same speed. This constant motion creates a sense of stillness for us.
You don't feel the speed of the Earth revolving around the Sun because you are moving along with it at the same speed. This constant motion doesn't cause any noticeable acceleration or deceleration that would be detected by our senses. Additionally, the Earth's rotation gives us a sense of a consistent reference frame, making the speed of its revolution feel constant.
We can't feel the Earth rotate because its movement is constant and gradual, making it imperceptible to our senses. Additionally, our bodies have adapted to the Earth's rotation over time, so we don't feel any sensation of motion.
because it moves so slow it only moves a coupe inches a year
The air around us rotates with the Earth and we also rotate with the Earth at the same rate. There is literally nothing to feel.
Because we are moving along with the earth, and there is no relative motion between the earth and us. If we are seated on a train and watching the scenery go by, we don't "feel" the motion of the train as it sails down the track at freeway speeds (the jostling of the train aside). Same thing. It's a "frame of reference" thing from physics 101.
Just dont be playing around and just walk up to the person and let them know how you feel. be real and stay real with the persin dont beat around the bush.. Just dont be playing around and just walk up to the person and let them know how you feel. be real and stay real with the persin dont beat around the bush..
We don't feel the Earth spinning because its rotation is constant and smooth, and our bodies are moving along with it at the same speed. This creates a sense of stillness and stability, making it difficult for us to perceive the Earth's spinning motion.
We don't feel the Earth's rotation because it occurs at a constant speed, allowing our bodies to adapt to it without sensation. Additionally, we are moving along with the Earth, so there is no relative motion to perceive. The Earth's atmosphere also rotates with it, which helps create a stable environment that doesn't disrupt our sense of motion. Finally, the vast scale of the Earth makes its rotation imperceptible in our daily experiences.