How much the distance between sun and earth?
339821
93 million miles .. a few light seconds
152159
At the Equator, Earth's radius is --\n6,378 km\n3,963 miles\n6,378,000 meters
194179
The distance from the earth to the sun is about 93 million miles. The speed of light is about 186,000 miles per second. Dividing shows that it tkes light about 500 seconds to go from the sun to the earth. That's 8 minutes 20 seconds.
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.
924385
Usually Astronomical Units (AU's). \n\n1 AU is the mean distance of Earth from the sun.\n\n1AU = 92,955,800 miles\n\nMercury = .39 AU\nVenus = .72 AU\nEarth = 1 AU (of course)\nMars = 1.52 AU\nJupiter = 5.2 AU\nSaturn = 9.54 AU\nUranus = 19.18 AU\nNeptune = 30.06 AU
24866
The Earths orbit is 93 million miles from the sun, so the diameter of the earths orbit is 186 million miles.\n3.14 x 186 million = 584 million miles for 1 orbit. This is an approximate value.
561687
Dave_Stark\n23 seconds ago\n\n\n \n The average distance from Mars to the Sun is 1.52369 astronomical units. One astronomical unit (AU, the average distance from the Sun to the Earth) is 1.49597870E11 meters.\n\nConverting those numbers, then, means that Mars is:\n\n1.52369 * 1.4959787E11 meters = 2.27941E11 meters, or, converting into English units:\n\n141,635,833 miles (on average -- remember that the orbits of the planets around the sun are not circular, but elliptical)
661169
Pluto is the farthest planet from the sun. Its average distance from the sun is 3,670,050,000 miles (5,906,380,000 kilometers).
1178302
Mean distance from earth149.6×10^6 km or (92.95×10^6 mi)\nIt would take about 8.31 minutes at the speed of light to go from earth to sun.
393031
The circumference of the earth from pole to pole is roughly 24,860 miles. Since the distance of the north pole to the equator is 1/4 of the circumference then I calculate it to be approximately 6215 miles.\n\n:)
1056729
Here's a cool way to get a good estimate:\n\nFind the time difference between each city and multiply by 1,041 and you will have a close guestimate.\n\nReason? The Earth is approx 25,000 miles at the equater but divided into 24 time zones.  That makes each time zone about 1,041 miles apart.
1098746
hold on here, this isnt a short answer - \n    the Earth is on average 92Million miles from the sun, times pi for the circumforance and its roughly 290Million miles around.  divided by 365 for the number of days, the earth travels some 790,000 miles on one day, ya thats high on the odometer.  distance in one day divided by 24 hours comes to 33,000 MPH, now i did this on my computer but it does seem right, \n\nNow part 2, hang on here, big numbers ahead, the Solar System wihich Earth belongs to is roughly 26,000 Lightyears from the galactic core, (which has a Supermassive Black hole as heavy as 6 Trillion suns).  it take a quarter of a Billion years (250,000,000) for our solor system to complete one revolution around the galaxy. The circumferance could be some 80,000 Lightyears,  though i am not sure how to calculate the speed of the solar system.
919666
The distance to the sun is 150 million km. So the circumference is 940 million km. The earth takes a year to do it, or 31.6 million seconds. Therefore the average speed is 29.8 km/sec  or 107200 km/hour or 66600 miles/hour.
214258
Due to the fact that both UB313 and Earth orbit around the same point (the Sun), their distance from each other will constantly change.  The closest they will be is 36.77 AU (3,419,610,000 miles) and the furthest is 98.56 AU (9,166,080,000 miles).  At closest approach, it would take 5.1 hours for the radio waves to reach UB313. At the furthest apart (ignoring the fact that the sun would be in between Earth and UB313 making radio communication impossible) it would take 13.7 hours for the message to reach UB313.
564515
About 93 million miles away from the sun, give or take...about the same as earth, since the moon orbits the earth.\n\nIf you mean, what is the APPARENT position of the moon in relation to the sun, as seen from earth, it varies all the time, from 0 degrees (as during a solar eclipse) to 180 degrees (a lunar eclipse).
679383
The average distance from the Moon to the Earth is 384,403 kilometers (238,857 miles); it is slowly moving away at about the same rate as your fingernails grow (about 4 cm a year).
687280
Not counting the sun, the closest star to earth is Proxima Centauri, which is about 4.1 light years away from the earth. Light travels at 300 000 km/s so you can now use this to calculate the distant. 4.1 light years x 365 days per one light year x 12 months per 1 year x 30 days per one month, x 24 hours per one day x 60 minutes per one hour x 60 seconds per one minute = 4,654,713,600 seconds. Multiply this figure by 300 000 km/s and you get an answer of 1,396,414,080,000,000 Kilometers.