The Earth makes one rotation in 24 hours (well, not EXACTLY but close enough for argument). So take the circumference in miles (you can look this up) and divide by 24, that's how many miles per hour the surface travels [at the equator]. The above answer will give you a very good answer. This is an explanation of some of the reasons the answer above says "not exactly". This is wonderful stuff. Imagine yourself looking down at the solar system from way up north in space. (North doesn't end at the North Pole-- it keeps going). You see the sun in the middle, and earth moving along in its nearly circular orbit. From up here, the earth is turning counter-clockwise. Some point on the equator is moving from 6 o'clock to 5, then 4, the 3 and so on. Now the earth is moving in its orbit, of course. It is also moving counter-clockwise around the sun. You can see these movements in your mind's eye with a little practice. Now we can easily measure the amount of time from one solar noontime (when the sun is at is highest possible point for us) until tomorrow's solar noontime. We can use this time and the known circumference of the earth, to calculate earth's rate of rotation. But if you play with the image that you have of the solar system, you will see that the earth has to turn a little more than one full turn in order to reach the next day's solar noon. Even if you use the most accurate clocks instead of solar noon (as implied above), you will see that the clocks are meant to average out our observations of solar noon, and the earth will still have to turn a little extra each day before reaching standard noontime! There is another kind of day called a sidereal day. This is an Earth Day measured as if we are being observed from the fixed stars and not our sun. Sidereal days are a little shorter than solar days or days measured by standard time. You can see in your mind that as the earth turns, a point on the equator will face the distant stars (say straight up in your mental picture) before that point turns all the way to face the sun. Each day the gap gets a little bigger. So measuring the earth's rotation using a sidereal day will give you a measurement that is a little more accurate.
From the point of view of an astronomer sitting comfortably on the sun and
watching the earth swing around in its orbit, the earth is moving at a speed
of about 18 miles per second. At that rate, it takes a year to complete one lap
around the track.
1,300 kilometer per hour or 600 miles per hour
To get the speed of the Earth's revolution at the equator, you divide the Earth's circumference (about 40,000 km) by the time it takes for one revolution (about 24 hours).
The earth spins at approx 1000 mile per hour. This is quite simple to calculate - the circumference of the planet is 24000 miles approx - and there are 24 hours in a day.
There is no effect to gravity due to earth fast spins because gravity is other thing and spin of earth is different thing. So we could not compare to each other. Gravity is made of mass of earth and spin of earth is due to sun, as earth revolving around the sun.
That depends on where on Earth you are standing. At the poles, the Earth hardly spins at all, but as you travel towards the equator, the rotational speed picks up
The moon spins around the earth once a month. The earth spins around the sun once a year and the earth spins on it axis once a day giving rise to night and day. So in answer to your question the earth spins around the sun and the moon spins around the earth.
The Earth spins like a top around its own axis. The Earth orbits the Sun. The Sun has its own proper motion through the Milky Way galaxy, and orbits the center of the galaxy every 220 million years or so. The Milky Way galaxy itself is moving, but because we don't have any fixed point of reference in the universe, we don't know in what direction.
Jupiter
The earth spins at approx 1000 mile per hour. This is quite simple to calculate - the circumference of the planet is 24000 miles approx - and there are 24 hours in a day.
Saturn spins faster then earth
1.Earth has Strong Gravity. 2.Earth doesn't spins so fast!
Mars is about the closest to the Earth's rotation among the planets in our solar system. Earth spins in 24 hours; Mars takes 24 hours 40 minutes.
There is no effect to gravity due to earth fast spins because gravity is other thing and spin of earth is different thing. So we could not compare to each other. Gravity is made of mass of earth and spin of earth is due to sun, as earth revolving around the sun.
Earth spins so fast,you don't feel it
it means how fast the earth spins once and how much it takes to spin around the sun
If you mean earth spins in its? Then the answer is Earth spins on its axis, while also orbiting the Sun.
the earth spins on an axis, which is carried over by conservation of angular momentum when the earth was created
The Earth spins at about 1000 miles per hour (This is a general assumption for the sake of argument - actually how fast the Earth spins depends where you are on the planet). It is the spin of the Earth that gives us our days and nights. Therefore it is not so much a matter of how fast the Sun rises, but rather how fast our Earth spins in relation to the Sun since our planet remains at a fairly constant relative distance from our nearest star. To answer the question in general terms - the Sun rises in the East and sets in the West at about 1000 miles an hour.
That depends on where on Earth you are standing. At the poles, the Earth hardly spins at all, but as you travel towards the equator, the rotational speed picks up