Red giant - then a white dwarf.
With Earth's mass at about 5.98 x 10^24 kg, it would be Saturn at about 570 x 10^24 kg, with a mass ratio 1:95.18
The center of mass of Earth is located at a point close to its geometric center but shifted slightly towards the side where the heavier mass concentration is. This point is crucial for various calculations in physics and astronomy.
Assuming that the Earth's atmosphere is a perfect sphere, then the atmosphere's center of mass will be at the point equidistant between Earth's poles (i.e. the center of the Earth!).
The center of mass of the Earth-Moon system, also known as the barycenter, is the point around which the two bodies orbit each other. This point is located approximately 4,600 kilometers from the center of the Earth, which is inside the Earth itself, given that the Earth has a much larger mass than the Moon. The barycenter moves in response to the gravitational interactions between the Earth and Moon, but it remains relatively close to the Earth's center due to the significant mass difference.
Pangaea.
The geometric center and the center of mass of the Earth are essentially the same point.
What do you mean with "land mass"? Neptune doesn't have continents like Earth. It is a gas giant - made up mainly of gas.
the mass of a red giant is 300 asses
Yes air has mass. It is the mass of the air above a point on earth that is responsible for the air pressure.
Red giant - then a white dwarf.
With Earth's mass at about 5.98 x 10^24 kg, it would be Saturn at about 570 x 10^24 kg, with a mass ratio 1:95.18
The center of mass of Earth is located at a point close to its geometric center but shifted slightly towards the side where the heavier mass concentration is. This point is crucial for various calculations in physics and astronomy.
Assuming that the Earth's atmosphere is a perfect sphere, then the atmosphere's center of mass will be at the point equidistant between Earth's poles (i.e. the center of the Earth!).
Basically true - except for a tiny change in mass, due to the General Theory of Relativity. However, this change in mass only applies from the point of view of somebody who stays on Earth, for example.Basically true - except for a tiny change in mass, due to the General Theory of Relativity. However, this change in mass only applies from the point of view of somebody who stays on Earth, for example.Basically true - except for a tiny change in mass, due to the General Theory of Relativity. However, this change in mass only applies from the point of view of somebody who stays on Earth, for example.Basically true - except for a tiny change in mass, due to the General Theory of Relativity. However, this change in mass only applies from the point of view of somebody who stays on Earth, for example.
One kilogram. Mass is invariant.The weight at that point is zero. But the mass doesn't change.
Just move the decimal point to the right until the exponent is 15! mass of Earth = 5.9742 × 10^24 kilograms 5,974,200,000 quadrillion kilograms.