Ambiguous confusing results that were totally unanticipated.
they discovered a planet that had rocks
In a special space ship.
Its on mars! you need a rocket ship to get there!
The Mars rover got on Mars in these pods that opened up when they got there and then the Mars rover started building up and there are two there right now and one is called Spirit and the other is called Hope.
No, no one has been to the sun. The sun is too hot for a space ship or a person. When you get closer you will be crushed and the space ship will melt.
Actually they come in different sizes.
rover
The site has been found and explored by archaeologists.
1993
In a special space ship.
Mariner 4 was the first ship to visit Mars.
his space ship. lol No, its a naturally occurring rock outcropping that just happens to look like a face when lit from the side.
They boarded ther space ship and went home. Mars.
in the viking times ...
There is no way for a person to get to mars at the moment. However in the future it may be possible to get there using a space ship designed for the purpose.
yes, why not? it was named after a ship called Atlantis. it explored South America.
-- If you want to send a space ship from the earth to, let's say, Mars, you need to know how Mars is going to move, so that you know what kind of transfer orbit to put the space ship into, and to be sure that Mars will be there when the ship gets there. Kepler's laws tell you how Mars moves. -- If you want to send a space ship from the earth to, let's say, Mars, you need to know how it will move once it leaves the earth and its rockets shut down. Kepler's laws tell you how the space ship is going to move. -- If an astronaut wants to put on his space suit, step out of the Shuttle, and take a little space-walk around, he'll want to know how HE will move once he's outside, so that he can be sure not to float too far away from the Shuttle. Kepler's laws tell how HE will move in his orbit around the earth.
The best thing to travel in would be a space ship. It is a long way to the planet of Mars.