mass
No. It's mass stays the same everywhere, but the weight of that mass depends on the force ofgravity between the object and any other objects that happen to be nearby.For example, consider a car with a mass of 1,000 kilograms.If the car is on the earth, its weight is about 9,800 Newtons, which is the same as about 2,200 pounds.If the car is on the moon, its weight is about 1,630 Newtons, which is the same as about 365 pounds.If the car is on the International Space Station, its weight is zero.
No. It is the mass that stays the same everywhere in the universe.
Yes. Gravity exists everywhere in the universe as all objects have a gravitational pull. Objects in space do not seem weightless because there is no gravity. Rather they seem weightless because they are in freefall.
It's applicable everywhere.
Yes, if they have the same volume.
Go unvirse
All objects everywhere in the universe have a gravitational pull.
No. It's mass stays the same everywhere, but the weight of that mass depends on the force ofgravity between the object and any other objects that happen to be nearby.For example, consider a car with a mass of 1,000 kilograms.If the car is on the earth, its weight is about 9,800 Newtons, which is the same as about 2,200 pounds.If the car is on the moon, its weight is about 1,630 Newtons, which is the same as about 365 pounds.If the car is on the International Space Station, its weight is zero.
No. It is the mass that stays the same everywhere in the universe.
The mass of an object remains the same everywhere in the universe.
Yes. Gravity exists everywhere in the universe as all objects have a gravitational pull. Objects in space do not seem weightless because there is no gravity. Rather they seem weightless because they are in freefall.
No. The current in a series circuit is the same everywhere. The voltage across a parallel circuit is the same.
It's applicable everywhere.
It looks the same as it does everywhere else. DNA is DNA. Its structure is the same everywhere.
no. gravity acting on an object depends on the mass of each of the nearby objects. The solar system is not uniform in mass, so gravity is not uniform either.
it means to be everywhere at the same time
everywhere it will light up purple on the objects