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The total mass of outer space, often referred to as the mass of the universe, is estimated to be around (1.5 \times 10^{53}) kg. This includes both visible matter, such as stars and galaxies, and dark matter, which makes up about 27% of the universe's total mass-energy content. Additionally, dark energy constitutes about 68% of the universe, contributing to its overall dynamics but not its mass in the conventional sense. However, precise measurements remain challenging due to the vastness and complexity of the universe.
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In which state is the outer space found?
Outer space is outside the Earth, not anywhere on the surface of this planet.
What element occupies outer space?
There is every known element floating around in outer space, since that is where most of the elements on Earth originally came from. When a star that is 25 times the size of our own sun goes supernova, it explodes and sends out most of it's mass (24 solar masses) into outer space.
What thing does not occupy space and does not have mass?
There are lots of such particles, but the one probably meant is the neutron. Neutrinos have mass (we're not sure how much exactly; it's very small, but not exactly zero) and no charge also; the Z boson is another particle with mass (a fairly large one in this case, it's about as heavy as a technetium atom) but no charge.
What is the word for the definition of how much space matter occupies?
mass
Which outer planet has a mass that is twice that of all the other outer planets?
Jupiter is the outer planet with a mass that is more than twice the total mass of all the other outer planets combined.
If your mass is 158 pounds on Earth then what is your mass in outer space?
Your mass would still be 158 pounds in outer space. Mass is a measure of the amount of matter in an object and does not depend on gravity. Your weight, on the other hand, would be different in outer space because weight is the force of gravity acting on an object's mass.
Is there mass in outer space?
If an item has mass, then its mass is constant regardless of where it goes ... whether it's on Earth, in the air, on the moon, or in space on its way from one place to another.
What is a person's mass in outer space?
Zero is not correct. Your weight may be zero in parts of space, but not in others. Weight, however, is a different thing altogether to mass and it is important not to confuse the two. Mass is the amount of matter in an object and this remains the same.
What is bigger solar system or outer space?
Outer space is much bigger than the solar system.
Terminal velosity of free falling mass in empty space is?
If the space is in outer space there can be no gas against which a terminal velocity can occur
How much oxygen is in outer space?
None.
How much gravity in space altogether?
In outer space, there is virtually no gravity.
Are weight and mass considered the same in outer space?
Absolutely not! Any body has the same mass anywhere. The weight of a body is the effect of gravity on the mass.
What are some of the types of energy in outer space?
Dark energy (not much known) Mass (E = m*c^2) Momentum (of anything moving) Electromagnetic (in photons) ...
How much does a gallon of mass weigh?
It depends what is in that gallon bucket. If its full of platinum it'll be a mite heavier then if it was full of pure vacuum. Its a confused question. Weight is how hard earth's gravity sucks on something. In outer space there is no weight. Mass is how much of stuff is in something - its measured by how much force it takes to accelerate it. In outer space mass remains an important factor in doing anything. And gallons are antique imperial units for volume. The weight or mass of a gallon of something can vary widely depending on the density of the material. From helium to uranium the density of stuff varies a lot.
What is the densty of the outer core?
the amount of matter in a given space; mass per unit volume
How is mass measured in outer space?
Mass can be measured in outer space using tools such as balances or scales that are specifically designed to work in microgravity environments. These instruments rely on principles such as inertia or the effect of gravitational forces to determine the mass of an object.
