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.
You can't feel the Earth's movement because it rotates and orbits at a consistent speed, which our bodies have adapted to and therefore do not notice. Additionally, the Earth's movement is gradual and constant, making it imperceptible to human senses.
You do not feel the Earth's rotation because its speed is constant and your body is moving along with it. Since you and everything around you are rotating at the same rate, there is no relative motion to cause a feeling of movement. Additionally, the Earth's rotation is very gradual, completing one full rotation every 24 hours.
The movement of the Earth is constant and gradual, so we don't feel it. Additionally, our bodies are adapted to the Earth's movements since birth, so we don't typically perceive them. The Earth's rotation is also very smooth, and its speed is consistent, which contributes to the lack of noticeable movement.
Our sense of balance comes from fluid in our ears. When you spin in a circle and come to a stop, inertia keeps the fluid in your ears spinning. This makes you feel dizzy. However, as the earth spins, the fluid in our ears is spinning at the same rate as our bodies. That is, it is moving relative to some non-moving point, but it is not moving relative to our bodies. That is why we don't get dizzy while spinning in a circle. Only after we come to a stop do we feel dizzy. That is the same reason we don't feel dizzy while the Earth rotates.
A property of matter called 'conservation of momentum'. Set spinning by chance accumulation of material, the spin will continue. "An object will continue in its state of motion or at rest, until an opposing force acts on it" -- Newton's laws. The gravity drag of the moon does slow the Earth slightly.
We don't feel the Earth rotating, because we're rotating with it. If it stopped or sped up, we would certainly feel it. It's like riding in a car; when the car is going straight on a smooth road at the same speed, we don't feel it; only when we turn or slow down or speed up.
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.
An airplane moves with the earth's rotation because the whole atmosphere rotates with the earth. (That's why you don't feel a 1,000 mph wind in your face when you stand on the equator.)
There is a species that can feel the rotation of Earth, there calleddizzy blonde's
Earth rotates once every 24 hours, which is extremely slow. Coriolis forces mainly appear in a measurable amount on scales that are much larger than individual humans. We can't feel the "centrifugal effect" of the Earth's rotation. However, sensitive instruments can show how the rotation affects your weight.
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.
You can't actually feel movement; you can only feel change in movement. Consider that when you are on a plane that is moving very fast you can feel it bumping and rocking from minor turbulence, but you do not feel any different due to the speed. Since Earth both orbits the sun and rotates at a constant speed, you feel no change. It is true, however, that you are constantly changing direction due to the rotation and orbit of Earth, but that change is slight and constant and its effects are completely overwhelmed, from our perception, by Earth's gravity.
You can't feel the Earth spinning because its rotation is constant and smooth, causing no noticeable changes in your body's equilibrium. Additionally, the Earth's atmosphere moves along with it, so you don't feel any wind or resistance from its rotation.
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.
That's related to the fact that there is no such thing as "absolute movement". Read about the "principle of relativity" for more details (for example, on the Wikipedia). Basically, there is no experiment that can determine whether you are moving or not. You can feel sudden changes in movement (i.e., acceleration), but the changes in the Earth's movement aren't sudden at all. Comments: Yes, but the rotation of the Earth is an acceleration, as defined in physics. The reason that you don't feel the Earth's rotation is that the "centrifugal effect" produced by the Earth's rotation is small compared with the force you feel from the Earth's gravity (your weight).
You can't feel the Earth's movement because it rotates and orbits at a consistent speed, which our bodies have adapted to and therefore do not notice. Additionally, the Earth's movement is gradual and constant, making it imperceptible to human senses.
You do not feel the Earth's rotation because its speed is constant and your body is moving along with it. Since you and everything around you are rotating at the same rate, there is no relative motion to cause a feeling of movement. Additionally, the Earth's rotation is very gradual, completing one full rotation every 24 hours.