A= 29 B= 39 C= 139 D= 12

A: B: C: D: Q1 Q1. Consider Q1 = B pC, Q2= B \"C: Q3= -D \"C, y= 8.0 cm and z= 10.0 cm in the gure: 9 i. To nd electric eld at location Q3, draw the Free body diagram at point of interest on \\\\ your working paper by using E1 force due to Q1 and E2 force due to Q2? (10 Points) \\\\ 2 ii. Calculate electric elds E11 and E2 and tell the direction of E1 and E2? (10 Points) y \\ iii. Calculate the resultant electric eld vector at the location of Q5415 Points) | | | | I \\ iv. Calculate the resultant electric force vector on Q3? (15 Points) 03 O- Q2 v. Calculate the electric potential at the location of Q3? (10 Points) Q2. a. A battery of 9.0 V is connected across capacitors of capacitances C1 = C2 = C4 =C5 = D HF, C3 =3 HF. 64 Calculate the equivalent capacitance Qwof the capacitors, you should show your work ' cs 05 by simplifying your circuit part by part or by saying which ones are serially and sv F parallelly connected? (20 Points) J\" 01