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Note: in gis Vee -V Ve we haue choun: For tharged particle thet hasbeen Lorent2 boostel alans x the fieldr are given in r X rlx')= r) + E-100 we have (oerstel explain point (harges tV B 8 8° Apply Lorent VEL=YEL Last (14im/Homeworlk, x For 4 L-lo ort Glong the e.m. produces a mag, field of the formi 8t-8(8*+%E) Task: wri 8'=8', 8/2 want, E F Proot: Hmwk: Recall: x= E = E,E=YEL + YDXBL conceptual pil. Lensth me 1) AX=Y0 Lorentz boust trant, of e.m. fill 109 Orford

Note: in gis Vee -V Ve we haue choun: For tharged particle thet hasbeen Lorent2 boostel alans x the fieldr are given in r X rlx')= r) + E-100 we have (oerstel explain point (harges tV B 8 8° Apply Lorent VEL=YEL Last (14im/Homeworlk, x For 4 L-lo ort Glong the e.m. produces a mag, field of the formi 8t-8(8*+%E) Task: wri 8'=8', 8/2 want, E F Proot: Hmwk: Recall: x= E = E,E=YEL + YDXBL conceptual pil. Lensth me 1) AX=Y0 Lorentz boust trant, of e.m. fill 109 Orford

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How might I answer Problem 4 in my Electromagnetism problem? In this course, we've used advanced math like Calculus 3 in order to compute things out. Before I quote Problem 4, I would need to quote Problem 3 because Problem 4 is an extension of 3. 3 reads, "Suppose you're at rest in the lab frame and an electron is moving along the x-direction at a speed of .999c. Compute its magnetic field in the lab frame." Now, Problem 4 reads, "What is the electric field that the lab observer sees for the electron in Problem 3?" I have some pictures that may help. I think that it's confusing because I'm thinking about what I would see vs. what an electron would see. In my notes, I have O', but I'm not sure if that is for the electron.

Note: in gis Vee -V Ve we haue choun: For tharged particle thet hasbeen Lorent2 boostel alans x the fieldr are given in r X rlx')= r) + E-100 we have (oerstel
Transcribed Image Text:Note: in gis Vee -V Ve we haue choun: For tharged particle thet hasbeen Lorent2 boostel alans x the fieldr are given in r X rlx')= r) + E-100 we have (oerstel
explain point (harges tV B 8 8° Apply Lorent VEL=YEL Last (14im/Homeworlk, x For 4 L-lo ort Glong the e.m. produces a mag, field of the formi 8t-8(8*+%E) Task: wri 8'=8', 8/2 want, E F Proot: Hmwk: Recall: x= E = E,E=YEL + YDXBL conceptual pil. Lensth me 1) AX=Y0 Lorentz boust trant, of e.m. fill 109 Orford
Transcribed Image Text:explain point (harges tV B 8 8° Apply Lorent VEL=YEL Last (14im/Homeworlk, x For 4 L-lo ort Glong the e.m. produces a mag, field of the formi 8t-8(8*+%E) Task: wri 8'=8', 8/2 want, E F Proot: Hmwk: Recall: x= E = E,E=YEL + YDXBL conceptual pil. Lensth me 1) AX=Y0 Lorentz boust trant, of e.m. fill 109 Orford
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