The day/night cycles would be much slower if the orbital speed remained the same.
No. On Mercury you would weigh 37% of what you weigh on Earth.
You would weigh 27.2lbs on Mercury.
The gravity on Mercury is 38% of Earth's gravity. So, if you were 150mlbs on Earth, you would be 57 lbs on Mercury.
If you are referring to mass, then the percentage would be: Mercury = 0.330x1024kg Earth = 5.97 x1024kg Percentage = mercury/earth = 0.330x1024kg/5.97 x1024kg *100 = 5.5% If you are referring to diameter, the percentage would be: Mercury = 4879km Earth = 12,756km Percentage = mercury/earth = 4879km/12,756km *100 = 38.2%
If you weigh 100lbs on Earth, you would weigh 37.8lbs on Mercury.
If the Earth rotated at a slower rate, the days and nights will be longer. There would be an increase in temperatures which could lead to greater pressure gradients and stronger and more violent winds and hurricanes. The Earth's flora and fauna would have to evolve and adapt to the changes, otherwise life will start to die out.
No.
You would slowly die from the brain damage mercury causes.
we would go back in time
A theory says that time would be quicker.
No. On Mercury you would weigh 37% of what you weigh on Earth.
Everything The sun provides for earth
Everything The sun provides for earth
You would be only 38% of your weight on Mercury as you are on earth. If you weigh 180 pounds on earth you would then only weigh 68.4 pounds on Mercury.
No it would probably weaken. The Earth's magnetic field is due to a combination of two factors: Earth's relatively high iron content and Earth's relatively high rotation speed. If you reduced either factor you should expect the magnetic field's strength to be reduced.
No it would probably weaken. The Earth's magnetic field is due to a combination of two factors: Earth's relatively high iron content and Earth's relatively high rotation speed. If you reduced either factor you should expect the magnetic field's strength to be reduced.
Mercury has less gravity, so objects on Mercury would weigh less than they would on Earth