Mass doesn't change. A 1,000 kg mass is a 1,000 kg mass regardless of where you put it.
If it's 1,000 kg on the earth, then it's 1,000 kg on the moon, and also 1,000 kg in the spaceship
you use to get it there, even during the trip when it's floating around weightless and bouncing
off the walls.
the gold would have more mass unless there is no gravity like on the moon then they would both fall at the same time.
one kilogram.
A kilogram (mass) on the moon is still a kilogram (mass)A kilogram (referred to as its weight) is about 1/6 of it's Earth weight or 160 g (approx)Aside: In common usage we talk about an object having a weight, not a mass (e.g. Your driver's license states your weight). In science a kilogram is a unit of mass. Weight is what we perceive when we try to lift that mass - it is the force of gravity pulling the kilogram mass to the Earth. It gets a bit confusing when you are at Earth's surface because a the kilogram mass has a numerically kilogram of force (usually referred to as weight) attracting it downwards.
10 kilograms, of course. If you take an object to the Moon, its weight will change, but its mass won't.
The mass is 1 kilogram anywhere. The mass doesn't change.The weight of 1 kilogram is 9.8 newtons (2.205 pounds) on earth,and 1.6 newtons (5.8 ounces) on the moon.
The mass won't change, so the answer is 100 kg.
25.41
For astronomical objects, it is more appropriate to talk about the mass of an object, not about its weight. The Moon has a mass of 7.35 x 1022 kilogram, that is about 1.2% of Earth's mass.
The weight of 1 kilogram of iron on Earth is greater than the weight of 1 kilogram of iron on the Moon. This is because weight depends on the gravitational pull of the celestial body, and Earth has a stronger gravitational force than the Moon.
A mass of 1 kilogram weighs 9.8 newtons (2.205 pounds) on earth.The same mass weighs 1.6 newtons (0.36 pound) on the moon.
No. It's mass would be slightly less.
1000kg. Mass is an inherent property of an object. It is not affected by where the object is.