- #1
willydavidjr
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A diagram I attached (you can view the website) shows a uniform magnetic field of magnetic flux density B[Wb/m^2] parallel to the x-axis. On the xy-plane, an electron of electric charge -e[C] and mass m[kg] departed from the x-axis in the direction of [tex]\theta[/tex][rad] with a speed of v[m/s]. Then the electron carried out a spiral movement on a cylinder whose side contains the x-axis.
This is the question: What is the magnitude of the Lorentz force acting on the electron?
My idea: F=qvBcos[tex]\theta[/tex]
so the magnitude of the force is:
F=(-e)(v)(B)cos[tex]\theta[/tex]
Am I correct?
What would be the relationship of the mass on this question?
This is the website: www.geocities.com/willydavidjr/emf.html
This is the question: What is the magnitude of the Lorentz force acting on the electron?
My idea: F=qvBcos[tex]\theta[/tex]
so the magnitude of the force is:
F=(-e)(v)(B)cos[tex]\theta[/tex]
Am I correct?
What would be the relationship of the mass on this question?
This is the website: www.geocities.com/willydavidjr/emf.html