WHY WE CANNOT SEE EARTH SPINING ?

Our earth is spinning at very fast speed but we can't see its spinning because of the following:

Constant Speed Perception: One reason we don't visibly perceive the Earth's rotation is that it rotates at a relatively constant speed. Unlike a rotating object that speeds up and slows down, the Earth's rotation maintains a relatively consistent speed of approximately 1670 kilometers per hour (1037 miles per hour) at the equator. This constant speed makes the rotation less noticeable to our senses.

Imperceptible Scale: The Earth is massive, with a circumference of around 40,075 kilometers (24,901 miles) at the equator. This immense size contributes to the imperceptibility of its rotation. Changes in our position on the Earth's surface are too gradual for our senses to detect, and the vast scale of the planet makes the rotational motion seem negligible.

Frame of Reference: Our daily experiences are tied to the Earth's rotation, and our bodies have adapted to this consistent motion. As a result, we move along with the Earth, and any sensation of motion is minimized because our bodies share the same frame of reference.

Smooth Rotation: The Earth's rotation is remarkably smooth and doesn't cause noticeable acceleration or deceleration effects. Unlike a spinning top or a merry-go-round that we may encounter in our daily lives, the Earth's rotation lacks the abrupt changes in motion that would trigger a visible sense of spinning.

Visual Perspective: Our visual perception is adapted to more immediate and visually striking changes. The Earth's rotation doesn't provide the same visual cues as objects moving rapidly in our immediate surroundings. Our visual system is more attuned to changes that occur at a scale and speed relevant to our daily experiences.

Gravity's Influence: Gravity, the force that keeps us firmly rooted to the Earth's surface, is another factor. While gravity is what keeps us from flying off into space due to Earth's rotation, it also plays a role in minimizing the perception of the Earth's spinning motion.

Inertia and Conservation of Momentum: Objects at rest tend to stay at rest, and objects in motion tend to stay in motion. This principle, a fundamental concept in physics, helps to explain why we don't feel the Earth's rotation. Our bodies, along with everything else on Earth, share the planet's rotational motion due to inertia.

Gradual Change: The Earth completes one full rotation approximately every 24 hours. This slow and gradual movement contributes to the lack of a noticeable spinning sensation. Quick and abrupt movements are more likely to be detected by our senses, while slow and continuous motion tends to go unnoticed.

Visual Horizon: The vastness of the Earth's horizon can also contribute to the lack of a visible spinning sensation. When looking at the horizon, our eyes have a wide field of view, and the rotational motion is spread over a large visual expanse, making it less perceptible.

Cognitive Adaptation: Finally, our brains have adapted to the Earth's rotation over millions of years. Our senses prioritize changes that are relevant to our survival and daily activities. Since the Earth's rotation is constant and does not pose a threat to our well-being, our cognitive system has evolved to filter out this continuous motion from our conscious awareness.