108 T. Assuming value= 9.28×10-24 J/T and The measured surface magnetic field strength of a neutron star is B = for the magnetic moments of the electron and the proton to be µe = 1.41×10-26 J/T, respectively, calculate the perpendicular velocities v1 for both of these particles within this magnetic field. Hp
108 T. Assuming value= 9.28×10-24 J/T and The measured surface magnetic field strength of a neutron star is B = for the magnetic moments of the electron and the proton to be µe = 1.41×10-26 J/T, respectively, calculate the perpendicular velocities v1 for both of these particles within this magnetic field. Hp
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![The measured surface magnetic field strength of a neutron star is B =
for the magnetic moments of the electron and the proton to be le =
10š T. Assuming values
9.28x10-24 J/T and
1.41x10-26 J/T, respectively, calculate the perpendicular velocities vi for both of these
Hp
particles within this magnetic field.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3f1c45cd-3789-4350-80b0-241735c3cbf9%2F10824851-b87e-472c-b067-ac515749379e%2Fq8asho8_processed.png&w=3840&q=75)
Transcribed Image Text:The measured surface magnetic field strength of a neutron star is B =
for the magnetic moments of the electron and the proton to be le =
10š T. Assuming values
9.28x10-24 J/T and
1.41x10-26 J/T, respectively, calculate the perpendicular velocities vi for both of these
Hp
particles within this magnetic field.
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