How many miles per hour does the earth move around the sun?
450567
The average distance from the Earth to the Sun is 149,597,890 km. Therefore in one year the Earth travels a distance of 2*Pi*(149,597,890)km. This means that the velocity is about: \n\nvelocity=2*Pi*(149,597,890)km/ year\n\nand if we convert that to more meaningful units (knowing there is 365 days in a year, and 24 hours per day) we get: \n\nvelocity=107,300 km/h (or if you prefer 67,062 miles per hour) \n\nSo the Earth moves at about 100,000 km/h around the Sun (which is 1000 times faster than the speeds we go at on a highway!)
230260
First, the Earth is rotating at about 1,600 km an hour. Second, a full Earth orbit takes 365.242 Earth days, or about 8,766 hours. We can find the "circumference" of Earth's orbit by taking the radius (about 150,000,000 km) and multiply by 2pi, giving us about 940,000,000 km. Rate equals distance over time, so (940,000,000 km)/(8,766 hours) equals about 107,300 km per hour. \n \nSo far: In only the solar system, Earth's maximum speed is about 109,000 kmph and minimum speed is about 105,500 kmph.\n\nHowever, the solar system is orbiting around the center of the Milky Way galaxy. We are about 2/3 of the way out on the 100,000 light-year disc, or about 624,394,875,000,000,000 km. It takes us 200 million years to orbit. I'll shorten this and not completely lay out the math..................\n\nroughly 2,240,000 kmph.\n\nAdd this with our previous number to get:\n-Earth's maximum speed: roughly 2,357,000 kmph\n-Earth's minimum speed: roughly 2,130,000 kmph\n\nBut wait: we're not done yet. The Milky Way is speeding through space towards the (relatively) near-by Andromeda Galaxy at 600km every second, or 2,160,000 kmph. Factor this in to get our final result:\n\n-Earth's maximum speed: roughly 4,500,000 kmph\n-Earth's minimum speed: roughly 197,000 kmph\n\n\nSo how does all of this confusing math relate to your question? Look at this set of data. Regardless of the Earth, the Milky Way is cruising along at roughly 2,160,000 kmph. The Earth, however, relative to the Milky Way, is moving as much as about 2,357,000 kmph and as little as about 2,130,000 kmph.\n\nSorry this is so long winded.
964882
It depends where on Earth you are.\nAt the North Pole, you're not moving at all (at least in this frame of reference - you're still moving with the Earth round the Sun, with the Sun round the Milky Way, and so on), just spinning on your axis.\n\nAt the Equator, you travel the circumference of the Earth, approximately 40,075km, in 23 hours 56 minutes (a siderial day), giving you a speed of 1674 km/h or 1,040 mph.\n\nAt other points, your speed will be somewhere in between.
954912
It averages between 91 and 94 million miles. You can check this by multiplying the speed of light (186,000 miles per second) by the time it takes light to reach the Earth (8 min, 16 sec.)\n\n30 NOV 06, 1711 hrs, GMT.
714988
About 1,000 miles per hour at the equator. Slower if you are closer to the poles. I think it is about 800 miles per hour at latitudes typical in the U.S.
924812
The mass of the sun is 330,000 times that of the earth. It is about half again as dense as water.
842146
Well the earth orbit's the sun \n2AU * PI / year\n\nAn AU is the average distance of the Earth from the sun in it's orbit.  Although all orbit's are ellipses, the equation of a circle should approximate close enough.\n\n1AU =149.598×10^6 km.\n2AU = 299196000 km \n\nThe earth moves really fast so we should convert years into seconds.  The earth orbits the sun once about every 365.25 days (the .25 is why we have leap years).\n\n365.25 * 24 * 60 * 60 = 31557600 seconds.\n\nSo now all we must figure out to get the speed in km/sec we calculate \n(299196000 * PI) / 31557600\n=29.785280109497\n\nSo the Earth orbits the sun at a speed of 29.785280109497 km/sec.  That's pretty fast!\n\nWikipedia gives a max orbital speed of 29.783 km/sec and a min orbital speed of 29.291 km/sec, so my estimate was pretty darn close.
786329
Earths rotational speed is near 1000 mph.\n\nEarths average orbital speed around the sun is near 67000 mph.\n  (Faster in January, slower in July)\n\nEarths speed around the galaxy is about 700000 mph.\n\nSpeed is a relative concept. Your speed must be computed relative to some other object or frame of reference. However, I would assume you are refering to orbital speed around the sun. In which case 60000 mph is basically correct.
1075138
The Earth is about 13 thousand kilometers (8000 miles) wide, whereas the Sun is roughly 1.4 million kilometers (900,000 miles) across. This means it would take more than 100 Earths to span the width of the Sun! If the Sun were a hollow ball, you could fit about 1,300,000 Earths inside of it!
338602
There are a number of observations that prove Earth moves around the Sun. Astronomers have found that relatively nearby stars appear to move horizontally back and forth slightly over a year's time. This effect is due to a phenomenon called parallax which in turn results from Earth's movement around the Sun. Also Earth's measured movement through the cosmic microwave background radiation is consistent with our orbit around the Sun.\n\nThis website has a more complete discussion about proofs of Earth's orbit around the Sun --\n\nhttp://curious.astro.cornell.edu/question.php?number=190
1015345
The Earth rotates on its access and revolves around the Sun.
352683
The earth has several different movements. First, it rotates on its axis, which takes 24 hours. During this period, the parts of the earth that face toward the sun experience day, while the parts that face away from the sun experience night. Second, the earth revolves around the sun.. in a large elliptical orbit. This process takes a year. The earth's journey around the sun along with the earth's tilting axis produce the seasons. Third, the earth, sun and other planets are all moving within the galaxy, but this is on a very large scale, and is not really noticeable or of interest to most people.\n\nTo sum up:\nmovement of the earth on its axis: rotation. it takes 24 hours.\nmovement of the earth around the sun: revolution. it takes 365.24 days.
463369
Speed of Earth's rotation at the equator is 0.46 km/s.\nSpeed of Earth's revolution around the sun varies from 29.29 to 30.29 km/s because of it's elliptical orbit.\nThe speed of the Sun's rotation at the equator is 2.0 km/s.
52386
The easiest answer I can give you is assuming you mean that our rotational velocity (radians per second) goes to 0 instantaniously. Being that the world is rotating 360 degrees (2pi radians) every 24 hours (86400 seconds), we are turning 2pi radians per 86400 seconds or .0000727 radians per second. Assuming you are close to the equator, you will be launched (well perspectively you will continue moving at normal speed as the Earth abruptly stops) forward at approximately 1037.6 miles per hour, being that the earth rotates 15 degrees per hour at 69.7 miles per degree.
225964
Depends where on Earth you are standing.  At the equator, it's just over 1000 miles per hour.  At either pole, it's virtually zero.
465183
Earth's speed changes from time to time.  The average is 29.783 kilometers/second or 107,218 kilometers/hour.
1085566
The earth's approx circumference at equator is 24,800 miles.  It takes about one day for it to spin around once.  So, at the equator one would be zipping right along at approx 1,000mph.  It gets slower the further north or south of the equator you go since the "circle" of latitudes gets smaller.  So, do we move fast? We do, but since we are part of the gravity well created by the earth, its spin is our frame of reference and relative to us we are not accelerating out of it.  Gravity and accelerated motion are covariant (thanks to Einstein) and an internal observer cannot tell one from the other.  Just like going along in a car.  If the car could travel extremely smoothly enough and you could not see any external input--like out the windows, unless it changed direction or speed i.e. its velocity by undergoing acceleration, you would never know you were moving. Think about it you can only really tell you're moving along by the road vibrations in the vehicle and by seeing things going by outside the windows.  You only feel "moved" if it turns or speeds up/brakes.