Question
In: Physics
) A thin, straight wire carrying a current Iw=3.7A runs through the center of a solenoid,...
) A thin, straight wire carrying a current Iw=3.7A runs through the center of a solenoid, as shown below. The solenoid has a radius R=0.12m, a length L=0.9m, and has N=75 turns. A current Is=2.3A flows through the solenoid. An electron is a distance d=0.04m in the y direction from the center of the solenoid and is moving with velocity v=9200m/s in the x direction.
(a) (2 points) What is the magnetic field B⃗s at the location of the electron due to the solenoid. Give your answer in terms of x, y and z components.
(b) (2 points) What is the magnetic field B⃗w at the location of the electron due to the wire. Give your answer in terms of x, y and z components.
(c) (2 points) What is the total magnetic field B⃗ at the location of the electron. Give your answer in terms of x, y and z components.
(d) (2 points) What is the Lorentz force experienced by the electron? Give your answer in terms of x, y and z
Solutions
genius_generous answered 2 years agoRelated Solutions
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