The ratio of the circumference to the diameter of a circle (circumference/diameter) is written as the symbol pi. Pi is approximately 3.141592. 3.14159265 3.1415926535
Therefore, to determine the circumference from the diameter given above: equatorial diameter x 3.141592 = equitorial circumference | | 7,926 x 3.141592 = 24,900 | | The earth has a circumference of approximately 24,900 miles.
More precisely the circumference of the earth at the equator is 24,902 mi / 40,076 km.
a North-South circumference, however (passing through both North and South Poles) is slightly less, as the Earth is not a sphere but an oblate spheroid, somewhat fattened in its North-South axis but the effect of rotation.
The Earth's circumference is about 24,900 miles.
The circumference of the Earth is approximately 40,000 kilometers or 25,000 miles.
The Earth is not a perfect sphere, so the distance to the center of the Earth varies from 6378 km (3963 miles) at the equator to 6357 km (3950 miles) at the poles.
Dr. Eric Christian
The distance around the earth is 40 074 kilometres
There are 25,000 miles around the earth at the equator. Therefore it would be 25,000 miles to circumnavigate the globe at its equator.
It is approximately 45 000 km
Around 24,000
About 470 million km or 292 million miles
24901.55 miles (40075.16 kilometers)
*390,682,810 miles. If the Earth and Jupiter are not in a line with the sun with the sun in the middle, however, this answer will be incorrect.
1,607,000,000 miles --------------------- Around the Vernal Equinox(es) (beginning of Spring) of the following few years (starting from 2010), the distance between Earth and Uranus will be approx. 20 + 1 = 21 A.U. Around the Autumn Equinox(es) (beginning of Autumn) of the following few years (starting from 2010), the distance between Earth and Uranus will be approx. 20 - 1 = 19 A.U. Around the end of June/beginning of July of the following few years (starting from 2010), the distance between Earth and Uranus will be approximately 20 A.U. Around the middle/end of December of the following few years (starting from 2010), the distance between Earth and Uranus will be approximately 20 A.U.
The standard unit of measurement for the distance from the sun to the earth is one Astronomical Unit (AU). An AU, as defined by the International Astronomical Union, is about 149,597,871 km (92,955,807 miles). It is the mean distance between the sun and the earth.
Mesosphere
It occurs approximately January 4 every year, depending on where the moon is in its orbit around the earth (it pulls the earth towards it slightly so the minimum earth-sun distance can vary from January 2nd to 6th).
The distance given is correct if the Earth, not the Sun, is in the middle of the line. With the Sun in the middle of the line the correct figure would be over 570 million miles.
No, not numerically, not massively, not in distance. Not in any way I can think of.
Earths diameters is a straight line through the middle of the Earth. That is how the size of planets is measured.
diameter
*390,682,810 miles. If the Earth and Jupiter are not in a line with the sun with the sun in the middle, however, this answer will be incorrect.
middle distance running is not running which is very far and it is not running that is very short that is why it is called middle distance
distance earth from the sun
Varying from the the distance from the Earth to the Moon + the distance from the sun to the earth + the distance from mercury to the sun, to the distance from the earth to the sun - the distance from mercury to the sun - the distance from the earth to the moon
no makkah is not in middle of earth
it can be like the earth round the sun, the moon round the earth, the lines in the middle of a road, anything that's a constant distance away from something.
Around 0 mm, but one should ask what is the earth's distance to the earth in the earth
what is distance of capella from earth