Elections are fired at velocity 250 m /’s into a uniform magnetic field of magnitude. 25 Tdirected Into the page , as shown in the below…

what kind of path would the electron take in that magnetic field?

3 .Elections are fired at velocity 250 m /’s into a uniform magnetic field of magnitude. 25 TdirectedInto the page , as shown in the below illustration . In order for the elections to pass through theshit , their course is corrected by’ an electric field generated by parallel plates . Once through theplates , the Electrons are allowed to curve until they come in contact with the photographic*plates set up on either side of the slit . Refer to the below illustration when answering thefollowing questionsPhotographicplate3^{` -Velocity selectora . Draw the path of the elections on the above illustration after they pass through the slitinto the uniform magnetic field [ 10 pits ]6. Calculate the necessary electric field such that the elections travel in a straight line asthey approach the slit . (10 pits ]C. Calculate the distance from the slit the elections will hit the Photographic Plate (10 pts ]

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