It was really weird. I felt like I was only about 38% as heavy as when I'm on
Earth. And if I jumped up at all, I'd go crazy high, and I'd have this ridiculous
long hang-time before I came back down to the ground. It kind of felt like my
legs were really strong, and like everything was happening in slow motion.
You are asleep? When you walk, do you feel the ground? That's gravity.
Mar's gravity is approximately 36.7% of Earth's, so you would weigh 17.25 kg (without your space suit, if if were possible). However, you still have 47 kg of mass; this is important to know when you try to run, stop or change direction (check out some of the lunar walk videos on youtube; the moon's gravity is approximately 16% of Earth's). Cheers Malcolm
Walking across Mars would take a significantly longer time than walking on Earth due to the planet's larger size and lower gravity. Assuming a continuous walk at an average speed of 3 miles per hour, it would take several years to cover the distance across Mars, which is approximately 13,000 miles.
the moon has less gravity because if you walk on the moon you would bounce not properly walk.
There is no such thing as artificial gravity Another Answer: Actually there is such a thing as artificial gravity. At least it can be made. Build a huge round object in the shape of a donut. Spin this object and centrifugal force will allow you walk and stand perpendicular to the sides. Another way is the use of magnets located on bottoms of shoes.
For sure. Mars has about twice the gravity of the Moon and the astronauts could walk there. Mars has about a third of the gravity of the Earth, so you could walk quite happily - albeit with a lot less effort.
Yes, but gravity is low.
You are asleep? When you walk, do you feel the ground? That's gravity.
Yes, walking on Mars would be different than on Earth due to the lower gravity (about 38% of Earth's gravity). You would experience less resistance and be able to take longer strides, making walking feel lighter and easier. However, the thin atmosphere and rocky terrain would still present challenges.
By generating an upward force that's greater than the downward force of gravity. Exactly the same way you walk up stairs while the gravity is strong.
All matter causes gravity. Every planet will have a gravitational attraction. Certainly Earth, Mars, our Moon, and the Jovian moons Callisto and Ganymede will be walkable.
Yes. You can walk on Mars (wearing adequate protective clothing of course) without much trouble. You will be lighter there than on Earth, so you will be able to jump higher.
Mar's gravity is approximately 36.7% of Earth's, so you would weigh 17.25 kg (without your space suit, if if were possible). However, you still have 47 kg of mass; this is important to know when you try to run, stop or change direction (check out some of the lunar walk videos on youtube; the moon's gravity is approximately 16% of Earth's). Cheers Malcolm
To move on the surface of Mars, you would likely walk or use a rover. Due to Mars' lower gravity compared to Earth, walking would feel different, requiring less effort and resulting in higher jumps. Rovers, like the ones used by NASA, are also commonly used to explore and navigate the Martian terrain.
No, it doesn't and if you thought that you must be a retard
Walking across Mars would take a significantly longer time than walking on Earth due to the planet's larger size and lower gravity. Assuming a continuous walk at an average speed of 3 miles per hour, it would take several years to cover the distance across Mars, which is approximately 13,000 miles.
if you weighed 100 kg on earth you would feel like you weighed 2,800 kg if you tried to walk on the surface of the sun.