App 3. An electron is found at rest in between a set of parallel plates with a potential difference of 235 V, as shown b

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App 3 An Electron Is Found At Rest In Between A Set Of Parallel Plates With A Potential Difference Of 235 V As Shown B 1 (34.19 KiB) Viewed 13 times

App 3. An electron is found at rest in between a set of parallel plates with a potential difference of 235 V, as shown below. In the center of the positive plate is a small hole, allowing the electron to travel through it. At this point, the electron enters a magnetic field of 0.89 T, as oriented in the diagram. a. Determine the velocity at which the electron is ejected from the electric field (2 marks-A) b. Calculate the radius of the electrons orbit in the magnetic field. (1 mark-A) c. How would the radius of orbit change if the magnetic field doubled? (1 mark-A) d. Which way is the charge rotating? Draw on the diagram the resulting motion of the electron (1 mark-A) XXXXX XXXXX XXXXX -XXX ХХХХХ XXXXX IXXXXX XXXXX XXXXX