that it would be like the craters on the moon and that it is very hard.
vhvio
Jupiter dosent have a surface. And if it did, you wouldn't be able to see the moons because of the 30 mile thick clouds!
if you weigh 100lbs on earth your weight would be 16.6lbs on the moon. it still has a gravitational pull so yes.
Surveyor 1, it was a soft lander built for NASA that would collect surface data for the Apollo Program. It landed on June 2, 1966.
I would imagine it drops, because there is less gravity.
Well, we can assume so, at least with the aided eye. Phobos and Deimos, the two moons of Mars, can easily be seen from Earth with the correct telescope, so it would be even easier on Mars, with less atmosphere and a shorter distance.
that it would be like the craters on the moon and that it is very hard.
You would not be able to see the moons from the surface; Jupiter's atmosphere is too thick.
Jupiter dosent have a surface. And if it did, you wouldn't be able to see the moons because of the 30 mile thick clouds!
you would see all the planets around it and see the moons ground
70
Sand and marbles would not be a solution. A solution has a solute (a solid) and a solvent (a liquid). You must also not be able to just separate the two. Sand and marbles would not be a solution because you can simply pick out the marbles, and there is no solvent!
33
If you had a bag of marbles, and there were two colours - red and green - and the ratio of the coloured marbles is two times the amount of green marbles to red marbles, you would have a ratio of 2:1
135 degrees.
You would be more likely to pull out a white marble as there are no red marbles in the bag.
There is no possible solution since "you" would have to have a negative number at the start.
if you weigh 100lbs on earth your weight would be 16.6lbs on the moon. it still has a gravitational pull so yes.