Write all momentum calculations in units of MeV/c and keep 5
significant figures in all answers. The mass of the proton is m =
938.3 MeV/c2 (This is equivalent to m = 1.673 x
10-27 kg, but MeV/c2 is a more convenient
mass unit to use in atomic and nuclear physics
calculations.).
Calculate the Classical Momentum of a proton
traveling at 0.03 c
Calculate the Percent Error between the Classical
Momentum and the Relativistic Momentum at 0.03 c. Treat the
Relativistic Momentum as the accepted value.Calculate the
Relativistic Momentum of a proton traveling at
0.03 c.
Calculate the Classical Momentum of a proton traveling at 0.41 c.
Calculate the Relativistic Momentum of a proton traveling at 0.41 c.
Calculate the Percent Error between the Classical Momentum and the Relativistic Momentum at 0.41 c. Treat the Relativistic Momentum as the accepted value.
Calculate the Classical Momentum of a proton traveling at 0.94 c. |
Calculate the Relativiistic Momentum of a proton
traveling at 0.94 c.
Calculate the Percent Error between the
Classical Momentum and the Relativistic Momentum at 0.94 c. Treat
the Relativistic Momentum as the accepted value
.
Classical momentum is defined as
Pc = m*v
Relativistic momentum is defined as
Pr = m*v /SQRT ( 1- v2/c2)
Percentage Error can be calculated as
Error = (Pr - Pc) / Pr * 100%
We have used all above expression in excel file and calculated values in below table:
Write all momentum calculations in units of MeV/c and keep 5 significant figures in all answers....
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