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TarbalTheLabRat
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- Is there a formula to obtain the mass of a proton.
Just as E= hc/λ is anyone aware of a mathematical formula to obtain the mass of a proton from C ?
Meaningless numerology because it depends on your choice of units. That’s ##1.670\times 10^{-27}## of what?TarbalTheLabRat said:What do you think of this?
And that is how we know that there is no physical significance to any of this. Suppose that human history on Earth had followed a very slightly different course, so that the French revolution fizzled, the metric system was never developed and the kilogram was never invented, far less used used to describe the mass of the proton... Then we wouldn't find anything interesting about the number ##1.670\times 10^{-27}##.TarbalTheLabRat said:It's actually Kg I believe.
TarbalTheLabRat said:Been blistered a lot on forums up to now.
Nugatory said:Suppose that human history on Earth had followed a very slightly different course, so that the French revolution fizzled, the metric system was never developed and the kilogram was never invented
The mass of a proton is not directly related to the speed of light (c). However, the speed of light is used in the formula for calculating the mass of a proton, which is based on the theory of relativity.
The formula for calculating the mass of a proton from c is E=mc^2, where E is the energy of the proton and m is its mass. This formula was derived by Albert Einstein in his theory of relativity.
Yes, the mass of a proton can be accurately calculated using this formula. However, it is important to note that this formula is based on theoretical concepts and there may be some margin of error in the calculation.
Yes, there are other factors that can affect the accuracy of the mass of a proton calculation. These include experimental error, uncertainties in measuring the speed of light, and variations in the proton's energy levels.
No, the mass of a proton is not a constant value. It can vary slightly depending on the energy level of the proton and other factors. However, the formula for calculating the mass of a proton from c is still considered to be a reliable and accurate method for determining its mass.