Yes, a gas can escape through a tiny opening into a vacuum during effusion. Effusion is the process by which gas molecules pass through a small opening into a vacuum due to their random motion. This happens because of the difference in pressure between the gas inside and the vacuum outside.
Yes, the direction of molecules during effusion and diffusion is generally the same, as both processes involve the movement of gas molecules from an area of higher concentration to an area of lower concentration. In effusion, gas molecules escape through a small opening, while in diffusion, they spread out in a larger space. Both processes are driven by the random motion of molecules, aiming to achieve equilibrium in concentration.
Diffusion is the movement of gas particles from an area of higher concentration to an area of lower concentration. Effusion, on the other hand, refers to the escape of gas particles through a tiny opening into a vacuum. Both processes are driven by the random motion of gas particles.
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The opening through which molten rock flows out to the surface is called a volcano vent or volcanic vent. It is a rupture on the Earth's surface that allows magma, gases, and ash to escape during a volcanic eruption.
The crevice through which magma bursts is known as a "volcanic vent." This opening allows magma from beneath the Earth's crust to escape to the surface during a volcanic eruption. When pressure builds up in the magma chamber, it forces the magma through these vents, which can lead to the formation of volcanoes and lava flows.
Yes, the direction of molecules during effusion and diffusion is generally the same, as both processes involve the movement of gas molecules from an area of higher concentration to an area of lower concentration. In effusion, gas molecules escape through a small opening, while in diffusion, they spread out in a larger space. Both processes are driven by the random motion of molecules, aiming to achieve equilibrium in concentration.
Effusion in chemistry refers to the process by which a gas passes through a small opening into a vacuum or low-pressure region. This typically occurs when gas molecules under high pressure escape through a small hole into an area of lower pressure. Effusion is governed by the kinetic theory of gases and the Root-Mean-Square speed of the gas particles.
Diffusion is the movement of gas particles from an area of higher concentration to an area of lower concentration. Effusion, on the other hand, refers to the escape of gas particles through a tiny opening into a vacuum. Both processes are driven by the random motion of gas particles.
The rate of effusion of helium (He) is typically faster than that of sulfur dioxide (SO2) because helium has a lower molar mass, which makes its gas particles move faster on average. This means that helium molecules can escape through a small opening more rapidly than sulfur dioxide molecules.
Effusion is the medical term meaning escape of fluid into a body cavity. So, for instance, escape of fluid into the pleural space is pleural effusion.
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The opening through which molten rock flows out to the surface is called a volcano vent or volcanic vent. It is a rupture on the Earth's surface that allows magma, gases, and ash to escape during a volcanic eruption.
Facet joints are where certain bones fit together such as in the vertebral column. An effusion is escape of fluid into a part or tissue, and bilateral of course means on both sides. Bilateral facet joint effusion indicates fluid being released on both sides of the vertebrae.
On a 2002 Ford Escape : The gas door opening is on the drivers side of the vehicle , near and above the rear wheel
Transpiration.
The crevice through which magma bursts is known as a "volcanic vent." This opening allows magma from beneath the Earth's crust to escape to the surface during a volcanic eruption. When pressure builds up in the magma chamber, it forces the magma through these vents, which can lead to the formation of volcanoes and lava flows.
This is not that uncommon. Some oil is so hot that it will start to smoke. The smoke can escape through this opening to the engine.