Density values for e-, p+ and n

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SUMMARY

The discussion centers on the concept of density values for subatomic particles, specifically electrons, protons, and neutrons. It clarifies that standard mass-per-volume density is not typically applicable to individual subatomic particles. Instead, it suggests calculating a density for protons and neutrons by using the formula for the volume of a sphere, derived from the radius of a proton. This approach, however, is questioned in terms of its practical utility.

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  • Familiarity with basic physics concepts, including mass and volume
  • Knowledge of geometric formulas, specifically for the volume of a sphere
  • Ability to perform basic calculations involving mass and density
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  • Research the "radius of a proton" and its implications in particle physics
  • Learn about the concept of density in the context of collections of particles
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  • Investigate practical applications of calculating densities for protons and neutrons
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Physicists, students of particle physics, and anyone interested in the properties of subatomic particles and their calculations.

delplace
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What are densities values for subatomic particles
 
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If you mean the standard mass-per-volume density, then there really aren't any. Density is pretty much only used when dealing with a collection of many particles.

If you wanted to come up with a number for protons and neutrons, try googling "radius of proton" and then divide the mass by the volume of a sphere of that radius. Buy I don't know why that would be a useful thing to do.
 

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