Is the Gamma Factor Relevant for Accelerated Electrons?

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The discussion focuses on determining the relevance of relativistic effects for electrons accelerated to energies of 100 MeV and 100 GeV. The gamma factor was calculated using the formula E = γm₀c², yielding results of 195 for 100 MeV and 195360 for 100 GeV. These values indicate that relativistic effects are significant at both energy levels. The formula used is confirmed to be correct, validating the calculations. Overall, the gamma factor is indeed relevant for accelerated electrons at these energies.
flash
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Hi,

The problem is to determine whether or not relativistic effects are relevant for an electron accelerated to an energy of a) 100MeV and b) 100GeV. So I need to find the gamma factor of the electron in each of these cases.

I have used E = \gamma m_0 c^2 and solved for gamma = 195 in the first case and 195360 in the second case, which are definitely relativistic results.

However I'm not sure I'm using the right formula here. If someone could confirm this that would be great.
 
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it is correct formula, and result is also correct :-)
 
Excellent, thanks alot.
 

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