No, the Earth is technically in an elliptical orbit and its distance changes.
The best way to picture the orbit is as a circle with the Sun not quite at the centre. The radius of the circle is 149.6 million kilometres and the Sun is off-centre by an amount equal to the radius times the eccentricity which is 1/60.
So the Sun is 2.5 million km off-centre and our distance varies between 147.1 and 152.1 million km.
The semimajor axis of the ellipse is 149.6 million km and the semiminor axis is only about 0.015% smaller, so the orbit is circular for most purposes.
You can tell by the seasons, if the sun revolved around the earth the temperature would remain constant all year.
The distance between the earth and the sun is about 150 million km .
The earth's diameter is 3.67 times the moon's, and 0.0092 of the sun's diameter. The distance to the sun is 391 times the distance to the moon. The moon's diameter is 0.283 of the earth's, and 0.0025 of the sun's. The distance to the earth is 0.0026 times the distance to the sun. The sun's diameter is 109 times the earth's, and 400 times the moon's diameter. On the average over a month, the earth and moon are at equal distances from the sun.
This method assumes a constant speed, and can be used if there is an object travelling from Sun to Earth, or from Earth to Sun (at constant speed, of course), and you know both the speed and the time it takes. It doesn't seem to be a very practical method in this case. Note that if you throw an object toward the Sun, it will go faster and faster, due to the Sun's gravitation, so you wouldn't have a constant speed. You can use the equivalent formula with integrals, of course.
Not at all. It depends up on Mass and the distance . Here Mass is constant . but distance is not .The distance between Earth and Sun is not always the same in an year.because of the elliptical orbit of the Earth.
You can tell by the seasons, if the sun revolved around the earth the temperature would remain constant all year.
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
its rotation on a tilted axis and its nearly constant uniform distance from the sun.
The distance form Mercury to the Sun is not constant because Mercury's orbit is not a perfect circle. The average distance is 35,980,000 miles.
distance earth from the sun
The distance from Sun to Earth is about 150 million kilometers.
An AU, or astronomical unit, is defined as the average distance from Earth to the Sun. Therefore, the distance from Earth to the Sun equals 1 AU.
One AU is the distance between the Earth and the Sun.
The distance to the sun is one astronomical unit (AU). The earth-sun distance is the basis for the AU.
it is about 92 million miles from the earth to the sun at its closest distance.
the max distance from earth to sun is known as aphelion
I think you mean the distance from the Earth to the Sun. This distance is measured in Astronomical Units (AU)