It depends on which direction and at what speed. If quick enough (and it would have to be very quick) Earth might be lucky enough to fall into orbit around another sun. Otherwise, it would simply become a frozen waste with no life forms.
yes it is. but the earth moves away from the sun at night and it moves out of its light and into darkness.
If the Earth moves further away from the sun we will freeze.
This is not a question, but an incomplete sentence.
At the equator the surface of the Earth is a right angles to the rays of light coming from the Sun. As the Earth is a globe, as one moves North or South, away form the equator, the surface of the Earth begins to tip away from facing the Sun until, at the poles, the surface of the Earth is parallel to the Rays coming from the Sun. This means that as one moves away from the equator, the surface of the Earth actually receives less of the Sun's energy.
Because the earth moves away from the sun
When the Moon moves away from between the Sun and Earth, a solar eclipse ends, and the full brightness of the Sun is no longer obscured. The Moon's movement allows sunlight to be fully visible again from Earth, ending the eclipse phenomenon.
The earth moves around the sun and at certain points the sun is further away from the earth that produces winter but as the earth gets nearer to the sun in its orbit it gets hotter therefore we get summer and autumn and spring in between.
Slower or faster than what? - When the Earth is nearer the Sun (periapsis), it moves faster than when it is farther away from the Sun (apapsis).
When the earth is farthest away from the sun we have winter.
Earth moves because the of sun's gravitation pull. Same applies to the Moon.
Earth itself moves around the Sun.
No. Earth moves in an ellipse around the Sun; when it is closest to the Sun (at its periapsis, in January), it moves faster, and when it is furthest from the Sun (at its apapsis), it moves slower.