Why is diffusion faster in a gas than in a liquid?
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Answers
Answer:
The molecules of gas have more kinetic energy than liquid molecules and are smaller. ... The distance between the constituent particles in gases becomes greater than in liquids, resulting in diffusion faster in gases than in liquids
Explanation:
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Answer:
The Correct Answer is mentioned below
Explanation:
A gradient is a change in the magnitude of a variable, such as concentration, pressure, or temperature, that is usually accompanied by a change in distance. A temperature gradient is referred to as a distance shift, a distance increase in pressure is referred to as a pressure gradient, and a distance shift is referred to as a distance shift.
Gas molecules have higher kinetic energy and are smaller than liquid molecules. Fluid diffusion is slower because particles in a fluid travel at a slower rate. It happens faster when the temperature is adjusted. Liquid gives less space for molecules to move, resulting in more frequent collisions and a slower diffusion rate. There is greater room for gases.
Because the space between constituent particles in gases is greater than in liquids, diffusion occurs more quickly in gases than in liquids. As a result, gas particles have a higher kinetic energy and move faster. As a result, gas diffusion is substantially faster than liquid diffusion. At equivalent temperatures, gas particles are about ten times heavier than liquid particles, hence the average density of the particles is much higher.