that is impossible... due to the fact that both the sun and the earth is sphere, so the sun cannot cover the whole earth at once unless we were submerged into it.. which then we would die.
????? I'd call that IMPOSSIBLE. The only time there would be equal amounts of sun on all parts of the earth would be during a solar eclipse, at which time there would be no sunlight reaching anypart of the earth.
There is a just as equal pull from the Earth to the sun.
During an equinox, the sun is directly over the equator of the Earth. This causes the length of day and night to be nearly equal all over the world.
The moon slides very slowly in front of the sun, causing darkness over the earth ( not the whole earth, though ) and lasts for only a couple of minutes. -Bluestar127
Equal to what? The Earth ? never.
during fall and spring
The Earth is much smaller than the sun. The sun is about 109 times larger in diameter than Earth. This size difference allows the sun to maintain its powerful gravitational force over the planets in the solar system, including Earth.
There is no answer for this; the Sun has been shining for about 4.5 billion years, and the Earth has existed for about that long. As long as the Earth has been spinning (probably, since the collision that formed the Moon when the Earth was young) the Sun has been shining over the whole thing each day.
It takes a whole year to for the earth to go around the sun.
The volume of the sun is so large about 1,300,000 earth would fit in the sun, not 100
The sun
The Sun doesn't do anything at such. The Autumnal equinox is more down to the position of the Earth on its orbit of the Sun. The sun is directly over the equator and the amount of daylight and darkness is about equal around the world.