l
| Definition | : | mean free path |
| Category | : | Academic & Science » Physics |
| Country/Region | : | Worldwide  |
| Popularity | : |
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What does l mean?
The mean free path (l) is the average distance covered by a molecule between two successive collisions in a gas, liquid or solid. It is a measure of the average distance that a particle can travel in a medium before it collides with another particle.
The higher the concentration of particles, the shorter the mean free path. The mean free path also depends on the size and shape of the particles, as well as their kinetic energy.
The mean free path is an important parameter in the study of transport phenomena such as heat transfer, diffusion, and fluid flow.
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Frequently Asked Questions (FAQ)
What is the full form of l in Molecular dynamics?
The full form of l is mean free path
What are the full forms of l in Academic & Science?
Length | Left | Liter | Luminosity | 50 (Roman numeral) | angular momentum | Inductance | Likelihood function | mean free path | Langmuir | constructible universe | Laplace transform | Latent heat | Galactic longitude | Avogadro constant | Lewisite
What are the full forms of l in Worldwide?
Length | Left | Liter | Luminosity | 50 (Roman numeral) | Large | Leaner/Learning | angular momentum | Inductance | Likelihood function | Leucine | mean free path | Lollipop | Langmuir | constructible universe | Laplace transform | Latent heat | Carl Linnaeus | Laelia | Low gear | Galactic longitude | Avogadro constant | Lewisite