A particle of mass m1=43×10−9kg and charge q1=48μC is moving in a uniform magnetic field along +x axis with speed 67×105m/s. The figure shows the axis direction and direction of the magnetic field. Question: If we apply an electric field along the +y axis then what will be the path of the particle? Explain your answer briefly. Consider the new mass of the particle if needed.
A particle of mass m1=43×10−9kg and charge q1=48μC is moving in a uniform magnetic field along +x axis with speed 67×105m/s. The figure shows the axis direction and direction of the magnetic field. Question: If we apply an electric field along the +y axis then what will be the path of the particle? Explain your answer briefly. Consider the new mass of the particle if needed.
Chapter6: Gauss's Law
Section: Chapter Questions
Problem 26P: A vector field is pointed along the z-axis, v=ax2+y2z . (a) Find the flux of the vector field...
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A particle of mass m1=43×10−9kg and charge q1=48μC is moving in a uniform magnetic field along +x axis with speed 67×105m/s. The figure shows the axis direction and direction of the magnetic field.
Question: If we apply an electric field along the +y axis then what will be the path of the particle? Explain your answer briefly. Consider the new mass of the particle if needed.
Transcribed Image Text:uniform B field
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