[Answer] How does the speed of diffusion depend on the speed of the molecules?

Answer: The faster they move the greater the diffusion speed

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How does the speed of diffusion depend on the speed of the molecules? Four Things That Affect Rate of Diffusion | Sciencing Four Things That Affect Rate of Diffusion | Sciencing Four Things That Affect Rate of Diffusion | Sciencing How does the speed of diffusion depend on the speed of the molecules ? The faster they move the greater the diffusion speed In which substance(s) can diffusion occur? If liquids or solids temperature is a bigger factor because it can change whereas molar masses cannot. The speed of molecules in a gaseous substance is typically reported as the root-mean-square speed υRMS: υRMS = √ 3RT M Diffusion is faster at higher temperatures because the gas molecules have greater kinetic energy . How does the speed of diffusion depend on the speed of the molecules? The faster the molecules move the greater the diffusion speed . In the region of high concentration of each substance why is there a net movement of molecules outward? Sat Dec 31 2016 · Depends on the phase of matter but I would say both the molar mass and the temperature for gases . If liquids or solids temperature is a bigger factor because it can change whereas molar masses cannot. The speed of molecules in a gaseous substance is typically reported as the root-mean-square speed υRMS: υRMS = √ 3RT M Transport of material in stagnant fluid or across streamlines of a fluid in a laminar flow occurs by molecular diffusion. Two adjacent compartments separated by a partition containing pure gases A or B may be envisaged. Random movement of all molecules occurs so that after a period molecules are found remote from their original positions. If the partition is removed some molecules of A move towards the region occupied by B their number depends on the number of molecules at the region considered. Concurrently molecules of B diffuse toward regimens formerly occupied by pure A. Finally co… Transport of material in stagnant fluid or across streamlines of a fluid in a laminar flow occurs by molecular diffusion. Two adjacent compartments separated by a partition containing pure gases A or B may be envisaged. Random movement of all molecules occurs so that after a period molecules are found remote from their original positions. If the partition is removed some molecules of A move towards the region occupied by B their number depends on the number of molecules at the region considered. Concurrently molecules of B diffuse toward regimens formerly occupied by pure A. Finally...

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