9. A charge "Q" is distributed over a rectangle of width "w and length L" The charged rectangle is centered at theorigin ef a X-Y cooedinate system.Answer the first 3 steps of Gilbert's eight-fold way to help write the integral for the x and y compoaents ofthe E field at a distance d2 w/2| along the x-axisOStepthationChoose what is correct for Step 1, Step 2 and Step 3a. Step 3, dA-Rcdodzc. Step 2 Cylindrical (Rc, , 2)e. Step 3, dA-Rssin(@)*dodidRsgStep 2, Cartesian (xy2)b. Step 3, dA-dudyd. Step I Surface charge density, dQ-odAf. Step 3, dA-Rssin(erdedeh. Step I Volume charge density, dQ pdVStep 2. Spherical (Rs,8.p)) Y1 Step 3. dV-RetdodzdRen. Step I Linear charge density, dQ-dli Step 3, dl -Rc*dok. Step 3, dl dxm. Step 3, dV-dudydz

The given charge Q is said to be distributed over a rectangle, having a width W and a length L. And…

9. A charge "O" is distributed over a rectangle of width origin ef a X-Y ooordinate system and length L" The charged rectangle is centered at the Ansner the first3 steps of Gilbert's eight-fold way to help write the integral for the x and y composents of the E field at a distance dw/2 along the asis Chose what is correct for Step 1, Step 2 and Step 3 a Sep 3, dA-Rc*dodz c. Step 2 Cylindrical (Rc, 2) e. Step 3, dA-RssindodidRs Sup 2, Cartesian (xya) Sup 3, dl -Re*dọ k. Step 3, dldx m. Sup 3, dV-dudydz b. Sep 3, dAddy d. Step I Surface charge density, d0-odA f. Step 3, dA-Rsindod A Step I Volume charge density, d0-pdV Step 2. Spherical (Rs) Y Stcp 3.V-RdedaR n. Step I Linear charge density, d0-dl.

9. A charge "O" is distributed over a rectangle of width origin ef a X-Y ooordinate system and length L" The charged rectangle is centered at the Ansner the first3 steps of Gilbert's eight-fold way to help write the integral for the x and y composents of the E field at a distance dw/2 along the asis Chose what is correct for Step 1, Step 2 and Step 3 a Sep 3, dA-Rcdodz c. Step 2 Cylindrical (Rc, 2) e. Step 3, dA-RssindodidRs Sup 2, Cartesian (xya) Sup 3, dl -Redọ k. Step 3, dldx m. Sup 3, dV-dudydz b. Sep 3, dAddy d. Step I Surface charge density, d0-odA f. Step 3, dA-Rsindod A Step I Volume charge density, d0-pdV Step 2. Spherical (Rs) Y Stcp 3.V-RdedaR n. Step I Linear charge density, d0-dl.