Question

what is thw magnitude of the electri force on the +1.00 microcouloumb charge due to the other two charges?

Check my w Required information Three point charges are fixed in place in a right triangle, as shown in the figure. +0.800uC -0.600C +1.00pC where y 8.10 cm and z 9.40 cm What is the magnitude of the electric force on the +1.00-uC charge due to the other two charges? 192 N

Answer 1

The magnitude of electric force can be calculated as follows:-
FUC Вар Answers Given that there are three charges placed at I the three corners of a a right angle triangle ABC. na to 300M C - Also given charge at A, q1=0.800 uc charge at B q2 = -0.60OUC -0.60 OuC Charge at c, 93-1 UC Again AB = 8.10cm = 8. 10x10 am - AC -9.40cm quox 102m BC = VAC2 - ABZ = 4.76810 am Electric force on az due to q, is F t 0.800 x 186 x 1x10-6 UITGO (9.40 x 10-22 along ca = 9x109 x 0.88 10-12 88.36810-4 N along a 7.2X10 N 99.36 Electric F 0.314 N along cx force on 9. due to a 2 is. G 0.600 X 100 X 1* 10 walong Ca co (4.76 102m) 9x109 x 0.6 X 10-12 22.65810-4

2:38 N along is Now for angle CACB, Cose u. 76x102m 9.40X10 am 7 0= cost 10.50) → 0 60° Now angle between F and I is. LBC x = 180° -60° = 1200 so net electric force on az is. P = (5 + 2) N along co - VF, 2 + 422 € afifa cosiago N along co = 10.662 + 5.6640 - 1.93 N along CD = 14.396 N along af - 2.096 N along The magnitude of electric force on +10046 charge is 2.096 N.