No. A vacuum is a point in space where there is literally nothing - no dust/oxygen/water particles. Ie. it contains absolutely no matter whatsoever, and therefore by definition, is not a state of matter.
There is no such thing as a "gaseous liquid". There is a state of matter called a GAS and a state of matter called a LIQUID and matter can move between these states. Further, Television tubes contain a vacuum.
Anti-matter. when they come into contact, they annihilate each other releasing vast quantities of energy (which is proportional to their masses).
Yes, the word 'vacuum' is a noun, a verb, and an adjective.The noun 'vacuum' is a word for a space completely void of matter; a space where the air has been almost completely removed; a shortened form of the word vacuum cleaner; a word for a thing.
The matter exists in everywhere, include the vacuum.
In physics, the vacuum refers to a space devoid of matter or particles. It is characterized by very low pressure and density, approaching a state of absolute emptiness. Quantum mechanics describes the vacuum as a sea of virtual particles that continually pop in and out of existence.
Light travels fastest in a vacuum. Other than that, it would travel fastest in a very dilute (low-pressure, and therefore low-density) gas.
In classical physics a perfect vacuum contains no matter.However in quantum physics the Heisenberg uncertainty principle prohibits such a condition, requiring that even a perfect vacuum must contain particles of both matter and antimatter being continuously created and annihilated, each particle existing for only a very short period of time.However in the real world creating a perfect vacuum is as impossible as reaching absolute zero temperature. Thus any practical vacuum will always contain very tiny traces of gas.
No, a vacuum is an absence of matter.
Nothing: a vacuum is the lack of matter.
vacuum
A complete vacuum contains no matter.
A vacuum itself does not have a specific wattage, as wattage is a measure of power, not a state of matter. Power in a vacuum would depend on what is being done within that vacuum, such as the operation of an electrical device. For example, a light bulb might use 60 watts, but that is the power it consumes, not the vacuum itself.