3 i think
Beacause the earth is tilted on its axis by 23 1/2 degrees and the earth is spinning, plus, it is rotating around the sun we get our seasons. When the earth is farthest away from the sun we have winter, when the earth is closest to the sun we have summer.
That doesn't make any sense. If you ment, 1. "Does the sun travel around the earth?" or 2. "Does the earth travel around the sun?" The answer is 2.
Venus and Mars. Venus is closer to the sun, then Earth, and Mars is further away.
1.the earth revolves around the sun - correct. 2.the earth is the third planet from the sun - correct.3.the earth is the smallest planet in the solar system - incorrect, it's Mercury.
1. Rotation (earth rotates on it's axis) 2. Orbit (earth orbit's arount the sun)
Yes.
1. the earth moves away from the sun on one side causing different weather patterns 2. the equator causes the poles to change the weather
i don think the sun takes 2 days to relvoves around the earth. it normally takes 1 day for the sun to relvoves the earth only 24 Hrs... i don think the sun takes 2 days to relvoves around the earth. it normally takes 1 day for the sun to relvoves the earth only 24 Hrs...
No. Due to the elipitcal shape of its orbit, Earth's distance from the sun varies regularly by about 2 million miles. In fact, Earth is farthest from the sun in early July, which is summer for the northern hemisphere. If Earth got too far away it would freeze, but we have quite a bit of leeway.
1. The earth has greater mass 2. the earth is closer to the sun
1. the earth is a planet 2.only 1 star, the sun
The earth goes around the sun, and it takes a year to do that, but the earth doesn't change it's axis. It stays tilted a bit, and rotates daily, but not around the sun in one day. So in the year that it is going around the sun, the equator is in the same place, but for 1/2 of the year the Southern Hemisphere is closer to the sun, and the northern hemisphere is further away. Then in the next 6 months it is the opposite because the earth is on the opposite side of the sun, so then the southern hemisphere is further away, and they northern is closer. So this is how the seasons change.