Gravity isn't necessary for human life, as we can see on the International
Space Station, where crew members spend months with no gravity at all.
But even if gravity were absolutely essential, that would not be a problem
on Mars, which has plenty of it.
Some challenges people face before traveling to Mars include prolonged space radiation exposure, muscle atrophy and bone density loss due to reduced gravity, psychological effects of isolation in a confined space for extended periods, and the need for advanced life support systems to sustain human life in the harsh Martian environment.
The gravitational pull on Mars is about 38% that of Earth's, meaning that humans on Mars would weigh less than they do on Earth. This lower gravity would have physical effects such as muscle weakening and bone density loss due to reduced stress on the body. Astronauts would need to adjust their workouts and health regimens to compensate for the difference.
No one as landed on Mars, walked on Mars, or lived on Mars. For rubbish cans or trash cans to exist on Mars, humans would need to be on Mars and either bring the rubbish cans or manufacture these on the planet. None of that is possible in the conceivable future, because Mars' atmosphere cannot support human life. Even if we assume ANY other life lived there before, we cannot assume their method of trash collection or removal.
Who said that? Since Mars is so far away, compared to the Moon ( it can take 6 months to get to Mars, and 3 days to get to the Moon), living on Mars today would be much more difficult. Also the Moon may have more useful minerals to mine than Mars. That is important because the space travelers will need to make their own air, water, food and life-support (energy).
On Earth their is water and oxygen which we need to live, but on planet Mars there isn't these things. Also planet Earth just the right distance from the sun so we arent too hot but arent too cold just the right temperature to survive, whereas Mars is too cold.
Yes, but it is much less than on Earth. If you weigh 150 pounds on Earth you would weigh just 56.5 pounds on Mars. The specifics of the gravity on Mars is tjat it is 62% lower to be more precise. That means that Martian gravity is 38% of Earth's.
To determine Fido's weight on Mars, we need to know his weight on Earth. If Fido weighs 60 pounds on Earth, his weight on Mars would be around 20 pounds, as Mars has approximately one-third of Earth's gravity.
Some challenges people face before traveling to Mars include prolonged space radiation exposure, muscle atrophy and bone density loss due to reduced gravity, psychological effects of isolation in a confined space for extended periods, and the need for advanced life support systems to sustain human life in the harsh Martian environment.
Atmosphere
Yes, if you are human, no if you are martian
oxogen
You need to:1) Divide the weight by Earth's gravity, to get the mass. 2) Remember that the mass will be the same on Mars. 3) Multiply the mass by the gravity of Mars, to get the weight on Mars.
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.
earth has the perfect temperature and amount of gravity to live on. and besides, if we were to move to mars it would take millions of years. we would half to start life there.
The gravitational pull on Mars is about 38% that of Earth's, meaning that humans on Mars would weigh less than they do on Earth. This lower gravity would have physical effects such as muscle weakening and bone density loss due to reduced stress on the body. Astronauts would need to adjust their workouts and health regimens to compensate for the difference.
No one as landed on Mars, walked on Mars, or lived on Mars. For rubbish cans or trash cans to exist on Mars, humans would need to be on Mars and either bring the rubbish cans or manufacture these on the planet. None of that is possible in the conceivable future, because Mars' atmosphere cannot support human life. Even if we assume ANY other life lived there before, we cannot assume their method of trash collection or removal.
poop