Scientists often collect trace elements, dust, or other compounds from planets or from the asteroid belt so that we can analyze and learn more about the place which they came from. Mars is actually the most explored planet in our solar system other than Earth, and it currently has satellites orbitting. The most popular probes have been Mars Exploration Rovers which searched for liquid water or looked for life.
Scientists collect rocks from the surface of Mars to study their composition and properties, which can provide insights into the planet's geological history, climate conditions, and potential for past life. By analyzing these rocks on Earth, researchers can better understand Mars' evolution and whether it may have once supported life.
The composition of rocks on Mars will likely reveal the history of the planet, and help us understand the geological processes that have occurred there and those that are still occurring. This will probably determine how we establish any manned colonies there, which will be somewhat different from colonies on the Moon, where there is no atmosphere at all. Acquiring water will likely be easier on Mars, compared to the Moon where the only source seems to be deep craters far from the lunar equator. More prosaically, the rocks on Mars may reveal if any form of native life has ever existed there. Tests done by Mars rovers seem to indicate that it has not, but other clues suggest it is still possible.
The escape velocity from the surface of Mars is about 5.0 km/s (3.1 miles/s). This means that a spacecraft would need to reach this speed to break free from Mars' gravity and enter into space.
Astronauts experience weightlessness in space, where they float due to the absence of gravity. They may also experience changes in their senses, like altered taste perception and congestion due to fluid shifts in their body. Additionally, they are exposed to higher levels of radiation and may need to adjust to a different sleep and work schedule.
For a space trip to Mars, you would need a spacecraft capable of supporting human life for the duration of the journey, including life support systems, radiation shielding, and communication equipment. You would also need a supply of food, water, and oxygen, as well as medical supplies and equipment to deal with emergencies. Additionally, equipment for conducting scientific research on Mars's surface, such as rovers, would also be necessary.
It doesn't. It radios its data back to Earth. there is no need for the actual rover to come back. Nothing should be brought back from Mars unless it is proven lifeless, as Martian life may be dangerous to Earth life, like us!
The composition of rocks on Mars will likely reveal the history of the planet, and help us understand the geological processes that have occurred there and those that are still occurring. This will probably determine how we establish any manned colonies there, which will be somewhat different from colonies on the Moon, where there is no atmosphere at all. Acquiring water will likely be easier on Mars, compared to the Moon where the only source seems to be deep craters far from the lunar equator. More prosaically, the rocks on Mars may reveal if any form of native life has ever existed there. Tests done by Mars rovers seem to indicate that it has not, but other clues suggest it is still possible.
The composition of rocks on Mars will likely reveal the history of the planet, and help us understand the geological processes that have occurred there and those that are still occurring. This will probably determine how we establish any manned colonies there, which will be somewhat different from colonies on the Moon, where there is no atmosphere at all. Acquiring water will likely be easier on Mars, compared to the Moon where the only source seems to be deep craters far from the lunar equator. More prosaically, the rocks on Mars may reveal if any form of native life has ever existed there. Tests done by Mars rovers seem to indicate that it has not, but other clues suggest it is still possible.
The composition of rocks on Mars will likely reveal the history of the planet, and help us understand the geological processes that have occurred there and those that are still occurring. This will probably determine how we establish any manned colonies there, which will be somewhat different from colonies on the Moon, where there is no atmosphere at all. Acquiring water will likely be easier on Mars, compared to the Moon where the only source seems to be deep craters far from the lunar equator. More prosaically, the rocks on Mars may reveal if any form of native life has ever existed there. Tests done by Mars rovers seem to indicate that it has not, but other clues suggest it is still possible.
Since Mars doesn't have enough atmosphere to allow people to breathe, people on Mars will need to live in enclosed habitats. That can be either in sealed dwellings on the surface, within bubbles on the surface, or underground. Given that Mars is occasionally struck by space rocks (we don't think there's enough atmosphere to create a decent "meteor") it would probably be safest to live in underground cities.
OBVIOUSLY
food aka rocks and bodies water and lets see what do u think?
The escape velocity from the surface of Mars is about 5.0 km/s (3.1 miles/s). This means that a spacecraft would need to reach this speed to break free from Mars' gravity and enter into space.
No it cannot. Not only do amphibians need liquid water (which Mars does not have), they also need food and oxygen. Mars also has a very thin atmosphere and a very weak magnetosphere, which does not block much of the sun's radiation. That radiation would kill anything on the surface. Mars is also very cold.
There is evidence to suggest that Mars has been impacted by asteroids in the past, resulting in impact craters on its surface. However, there is no recent or ongoing asteroid impact on Mars that has been observed or confirmed.
It doesn't need to collect.
Well the planet is a giant ever changing rock. Rocks are the hard surface that all lives on,without rocks we would be a gas planet and thus no life.
You don't need to produce it. There's plenty of gravity on Mars now. On the surface, it's a little more than 1/3 as strong as it is on Earth, or almost double what it is on the moon.