Yes, if you could get there.
Yes, humans can stand on Mars. Mars has a surface similar to Earth, so with the right technology and equipment, humans can walk on the surface of Mars. However, the thin atmosphere and lack of oxygen on Mars would make it challenging to survive without protective gear.
Mars is sandy.
You can stand on Pluto and mars because they have a solid surface. You could NEVER stand on any of the other planets. They are made of gas, If you were stupid enough to stand on one of the other planets you would die once you get on it
The surface area of planet Mars is 144,798,500 km2
It explores the surface of mars and it is a robot like feature. It shows the surface of mars and the NASA people can see what is happening on mars. They're seeing if there are traces of water too.
Yes. The surface gravity on Mars is about 38% of what it is on Mars, a little more than twice the surface gravity on the moon, where people have stood and walked.
Yes, humans can stand on Mars. Mars has a surface similar to Earth, so with the right technology and equipment, humans can walk on the surface of Mars. However, the thin atmosphere and lack of oxygen on Mars would make it challenging to survive without protective gear.
Rocks and The Mars Rovers are on the surface of the planet Mars.
Mars is sandy.
You can stand on Pluto and mars because they have a solid surface. You could NEVER stand on any of the other planets. They are made of gas, If you were stupid enough to stand on one of the other planets you would die once you get on it
100% of the surface of mars is land. There is no surface water on mars
The surface area of planet Mars is 144,798,500 km2
Although areas of Mars have the name "mare" (sea), there is no liquid water on the surface of Mars.
what is the weight of a 6kg object on the surface of Mars
mars
It explores the surface of mars and it is a robot like feature. It shows the surface of mars and the NASA people can see what is happening on mars. They're seeing if there are traces of water too.
There are windstorms on the surface of Mars due to the heating of the atmosphere. Therefore, there would be wind erosion on the surface of Mars.