Is Earth A Vacuum. It does not “suck” the air. The actual answer is that the vacuum of space does not exert any force on the atmosphere at all. But the vacuum of space is the opposite. By definition, a vacuum is devoid of matter. If you create a vacuum inside a container here. The insulating area between the glass walls of a thermos contain a vacuum. Space is a vacuum (for some definition of vacuum), because vacuum is simply the absence of air/gas pressure, and there aren't enough gas. Space is almost an absolute vacuum, not because of suction but because it's nearly empty. From our daily experience with nature, it does seem like nature abhors a vacuum. The earth’s thermosphere is a vacuum. Vacuum is measured in units of pressure, typically as a subtraction relative to ambient atmospheric pressure on earth. Suction from a vacuum cleaner forms a vacuum. The inside of an incandescent lightbulb is a vacuum. How can such a vacuum (very low pressure), in close proximity to the earth’s atmosphere (high pressure) that goes to 8.5 km elevation, coexist. The short answer is that in the void of space, the pressure is so low that all molecules want to spread out as much as possible.
from www.youtube.com
The short answer is that in the void of space, the pressure is so low that all molecules want to spread out as much as possible. But the amount of relative measurable vacuum varies. The insulating area between the glass walls of a thermos contain a vacuum. The earth’s thermosphere is a vacuum. Vacuum is measured in units of pressure, typically as a subtraction relative to ambient atmospheric pressure on earth. By definition, a vacuum is devoid of matter. The inside of an incandescent lightbulb is a vacuum. How can such a vacuum (very low pressure), in close proximity to the earth’s atmosphere (high pressure) that goes to 8.5 km elevation, coexist. The actual answer is that the vacuum of space does not exert any force on the atmosphere at all. It does not “suck” the air.
Vacuum How can create Vacuum On Earth Propagation of Sound Amazing
Is Earth A Vacuum The actual answer is that the vacuum of space does not exert any force on the atmosphere at all. The thin atmospheres of the moon, mercury, and mars are a vacuum (at least compared to earth). If you create a vacuum inside a container here. Suction from a vacuum cleaner forms a vacuum. This expansion, in turn, creates the vacuum that we all know to. But the amount of relative measurable vacuum varies. Vacuum is measured in units of pressure, typically as a subtraction relative to ambient atmospheric pressure on earth. From our daily experience with nature, it does seem like nature abhors a vacuum. It does not “suck” the air. The short answer is that in the void of space, the pressure is so low that all molecules want to spread out as much as possible. The inside of an incandescent lightbulb is a vacuum. Space is almost an absolute vacuum, not because of suction but because it's nearly empty. The earth’s thermosphere is a vacuum. But the vacuum of space is the opposite. The actual answer is that the vacuum of space does not exert any force on the atmosphere at all. How can such a vacuum (very low pressure), in close proximity to the earth’s atmosphere (high pressure) that goes to 8.5 km elevation, coexist.
