Asked by James
A proton with a velocity of 2.0 x 10^7 m/s in the horizontal (+x) direction enters a region of uniform magnetic field that is 1 meter wide and points out of the page with a magnitude of 0.05 Tesla.
At what angle below the x-axis, in degrees, does the proton's trajectory emerge from the magnetic field? Hint: find it with geometry, not kinematics! Also, ignore relativistic effects.
What is the magnitude of the y-component of the protons's velocity when it leaves the magnetic field?
At what angle below the x-axis, in degrees, does the proton's trajectory emerge from the magnetic field? Hint: find it with geometry, not kinematics! Also, ignore relativistic effects.
What is the magnitude of the y-component of the protons's velocity when it leaves the magnetic field?
Answers
Answered by
James please help
A proton with a velocity of 2.0 x 10^7 m/s in the horizontal (+x) direction enters a region of uniform magnetic field that is 1 meter wide and points out of the page with a magnitude of 0.05 Tesla.
At what angle below the x-axis, in degrees, does the proton's trajectory emerge from the magnetic field? Hint: find it with geometry, not kinematics! Also, ignore relativistic effects.
What is the magnitude of the y-component of the protons's velocity when it leaves the magnetic field
At what angle below the x-axis, in degrees, does the proton's trajectory emerge from the magnetic field? Hint: find it with geometry, not kinematics! Also, ignore relativistic effects.
What is the magnitude of the y-component of the protons's velocity when it leaves the magnetic field
Answered by
manu
13.86°
4.79 *10^6 m/s
4.79 *10^6 m/s
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