This is almost impossible to answer. You are moving around the earth's axis as the planet spins; you are also moving with the earth around the sun; you are also moving with the sun - and the entire solar system - around the center of our galaxy; you are also moving with the entire galaxy around the center of our galaxy cluster. The entire cluster is also moving. So there is movement in all kinds of directions, and the direction and speed constantly change due to several circular movements. Another factor is - how can you tell if something in space is standing still or moving? What is the reference point? There is no ground against which you can measure your movement. Everything is constantly moving, so you have to measure speed in reference to some other moving body.
Well actually, turtles move slow not fast.. unless you are not worrying about it then it will seem like it's moving fast... but in further notice they move faster in water.
why do willy wag tails always seem to be moving
because they fall in love really fast and dont seem to mind that he is a player.
When you go on a river cruise, sit on the top deck of the boat if possible. This will give you the best view of the river, and it will not seem like the boat is moving in the water as much as it would be if you were sitting on the lower deck.
If you use the passing car as a reference point, you would appear to be moving south. This is because your perspective changes as the passing car moves north, making it seem like you are moving in the opposite direction, even though you are stationary.
Have you ever ridden on a carousel? While you're riding on the wooden horse, you feel as if you are sitting still, while the world spins around you. Same illusion here; the Earth is big, and you don't FEEL it spinning; it FEELS as if you are standing still. But SOMETHING is moving, and so we see the Sun rising and setting. Except that the Sun doesn't rise and set; the Sun is in the center. It's the Earth spinning. We don't feel it spinning, so if "feels like" the Sun is moving. But it's really us.
When you are driving, the objects inside the car are moving at the same speed and direction as the car, so they appear stationary relative to you. On the other hand, the objects outside the car are stationary or moving at varying speeds, which creates a visual contrast making them seem like they are moving relative to you.
The stars are light years away which is the distance light travels in a year. A light year is about 3x108km. The farther something is from you the slower they seem to travel so the stars don't look like the are moving. In reality, they are moving very fast.
Dolphins (and sometimes sea lions) like to "body surf" in the wave kicked up by the bow (front end) of a fast-moving ship or large boat. They seem to do it purely for fun.
A stroboscope uses a series of flashes to make a fast moving object seem slower. A stroboscopic tachometer has a scale that reads either in revolutions per minute or flashes per minute.
There doesn't seem to be
It doesn't seem like it.