The answer depends on where on earth you are. In mid summer the sun has a trajectory which takes it to the highest position in the sky. In spring and autumn it is at an intermediate level whereas in the winter it is at its lowest.
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Apparent solar time
The entire Solar System is in motion in and out of a spiral arm as it moves in orbit around the center of the Milky Way Galaxy. Our Galaxy is in motion relative to the Virgo Cluster of galaxies. Relative to the Earth, however, except for a wobble caused by the gravitational effects of the planets, the Sun is stationary. The apparent motion of the Sun is created by our Earthbound vantage point as the Earth orbits the Sun while maintaining a rotational axis of 23 degrees. This 23 degree axis of rotation gives the appearance of the noon day sun moving between the Tropic of Cancer and the Tropic of Capricorn as the earth makes its year long orbit around the Sun, The noon day Sun appear to pause over the two Tropics as the motion of the Sun appears to change direction back towards the Equator. This takes place during the Summer and Winter Solstices
someone is a little left back in the middle ages. The sun does NOT move.
There are no summers or winters near the equator because the temperatures vary little throughout the year. There are "dry" and "rainy" seasons, which like the summer and winter are caused by differences in solar heating as the apparent track of the Sun is to the north or south of the equator.
The seasons are due to axial tilts of planets and the apparent motion of stars and sun on the celestial sphere is due to diurnal motion.
It is westwards.
The "ecliptic". In truth, the Sun doesn't move; the apparent motion of the Sun across the sky is caused by the Earth spinning, and the apparent motion of the Sun across the "celestial sphere" is caused by the Earth orbiting the Sun. But the plane of the Earth's orbit around the Sun is what causes the apparent motion of the Sun across the celestial sphere, so the "ecliptic" is actually the plane of the Earth's orbit.
The Sun's apparent motion among the stars is from West to East - just like the motion of the Moon, and the predominant motion of the planets (planets sometimes go from East to West, too - in this case they are said to be retrograde).
The sun rises in the east and sets in the west. This is, of course, apparent motion and not true motion.
the sun rises in the east and sets in the west. by leanne marriott x
A:To the ancients, it seemed easy for supernatural powers to make the sun stand still for a few hours, with no adverse outcome. However the apparent motion of the sun across our sky does not mean the sun is actually moving relative to us. This apparent motion is caused by the rotation of the earth, which can not be stopped.
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If the shadows are longer, that means the Sun is lower in the sky.
If Earth didn't revolve around the sun, there would be only one season, instead of all four. Also, the retrogrades (apparent backward motion of planets would be more dramatic because planets would pass the earth faster. One other difference would be that you wouldn't be able to tell your longitude by the sun.
The apparent colour of the sun is mainly due to the atmospheric conditions and the amount of atmosphere the sun has to shine through. When low, it is shining to a larger amount of atmosphere. Stars near the horizon can vary in apparent colour and flicker more.
We say that it is 'setting,' but this is apparent motion, and not true motion. The same is true for the rising and setting of the moon and fixed stars. There is another spectacular example of apparent motion that is different from true motion. Because the moon 'rises' in the east and 'sets' in the west, it is easy to think that it is "moving" from east to west. In fact, the moon's orbit around the earth is from west to east. The slow (monthly) orbit of the moon along with the 24-hour rotation of the earth give us the impression of the moon's apparent motion.