The gravity on Mercury is less than that of the Earth, so the force going down would be less as well.
Approximately 40 lbs as mercury is about half the size of earth.
The atmosphere of Mercury is so weak the sky has very little color. It would be dark outside during both daytime and nighttime. (The sun would appear about 3 times larger than it would here on Earth.)
You can physically walk on Mercury, but since it is so close to the sun and it lacks an atmosphere, on side would be burning and the other would be extremely cold. I don't think you can survive either of the extreme temperatures.
The gravity on Mercury is 38% of Earth's gravity. So, if you were 150mlbs on Earth, you would be 57 lbs on Mercury.
Its low mass has made it hard for it to retain any gases at all as an atmosphere
Mercury has less gravity, so objects on Mercury would weigh less than they would on Earth
Due to gravity, an object would weigh 3 times more on Earth than on Mercury, so the answer would be 75lbs
You would weigh less because there is less gravity on mercury than on earth so you would weigh less!
I would say a little way over 130 pounds or so......
Pigeons weigh so little they have a small skellaton and they dont eat a lot of food hope this helps
The unit "kilogram" is a measure of mass, not weight, so the mass would still be 10 kg on Mercury.However, a scale on Mercury's surface would show that the 10-kilogram item weighed only 3.8 kilograms, about 38% of its Earth weight.
Approximately 40 lbs as mercury is about half the size of earth.
Mercury barely has an atmosphere at all. So little that it might as well have no atmosphere.
mercury's atmosphere is thin so sound waves don't travel very well and there is little oxygen.
The atmosphere of Mercury is so weak the sky has very little color. It would be dark outside during both daytime and nighttime. (The sun would appear about 3 times larger than it would here on Earth.)
Every metre cube of mercury would weigh 13600 kg. Each m3 would have 1000 x 1000 cm3 Each 1000 cm3 is named as 1000 cc or one litre. Hence 1 m3 will be equal to 1000 litre. Now 1000 litre weighs 13600 kg So one litre would weigh 13.6 kg.
You can physically walk on Mercury, but since it is so close to the sun and it lacks an atmosphere, on side would be burning and the other would be extremely cold. I don't think you can survive either of the extreme temperatures.