PDF Scanner 151023 5.54.50

'7'!‘7,",1 ‘,2 \L il 2023 Written Homework: Chapler 8 Problem 1. Charged sheets I}:’;‘r) ,léifg;’. parallel sheet.s have both an area of 1 m?. The left sheet has a total AP " 8¢ 01 =10 mC and is located at x = 10 cm. The right sheet has a total c¢harge of +10 mC and is located at x = 15 cm. Both sheets are uniformly charged. Points A,BandCareatx =75cm, x = 125cmand x = 17.5 c—m A. A} cach of the marked points draw vectors that indicate the magnitude and A B « f direction of the electric field due only to the positively charged sheet. § i a ; The Ardsic WD ol AR cunony s, ?OQIW*‘(?LWWW flrge)r O~ 1+ Way ¢ Y g e | ) ‘-) K \E l 5 w/LQO . x 10em v Sem B. At eaga of g\e marked points draw vectors that indicate the magnitude and e direction of the electric field due only to the negatively charged sheet. Pet & Uekqve pudd i honve Kame woem udh 2 b effosid ditethen | ousosdy Pas NRuus fheel - : C. Ateach of the marked points draw vectors that indicate the magnitude . . » and direction of the nef electric field due tq both sheets Ax Qoint A ond ¢, Y RS (oun ) 2acha othy, owen®y (+ Rome P Gt Pount § x 10cm v ISem D. Determine the x-component of the net electric field at each point. Part C & X . -2 TR s 0 e fal N2k | >t A B ¢ B A L i - & - I - (“L i 2 & §-§5%io A ’\“3*'QQA)(C‘ x*em x-1Scom M A ond ¢ A -_— E. On the graph below, sketch a plot of the value of the x-component of the electric field (recall that the sheets are located at x = 10 cm and x = 15 cm). Label appropriate values on the vertical axis. E (NIC) r : ..3‘ 0 16 20 as¥lem : ?