- 0.8 points g Based on the circuit diagram shown below, answer the following questions: A. What is the effective resistance (Reg) of the circuit? B. What is the current through the battery in amperes (A)? C. What is the current flow in each of the three resistors (18Q, 9Q, and 14Q) D. What is the voltage drop across each of the three resistors (10Q, 15Q, and 30Q)? E. What is the power (in Watt) dissipated through each resistor? Hint: You must condense the circuit first and then perform deconstruction of the circuit as shown in slide 145 of the PPT. Also use solved Problem #32 in the Practice Problems deck posted in Canvas. 36V I 18.0 Q 14.0 Q 9.0Q 8 0.5 points Proton and its acceleration in an electric field A proton experiences acceleration when placed in an electric field of uniform strength 2.5 x 105 N as shown in the Figure below. What is the magnitude and direction of this acceleration? Note: Charge of 1 proton equals +1.6 x 10719 C and mass of 1 proton equals 1.673 x 10'27kg. proton Choose from one of the following answers from the table below. Choice Magnitude of acceleration Direction of acceleration A +24x108 m/s? Right B +24x10% m/s? Left C +15x10%2m/s2 Right D +15x10%2m/s2 Left 0.4 points Topic: Electric Force and Electric Field Find the magnitude and direction of the electric field at point P due to the two charges shown. f7.0m > P @--------------- e 2.0x10C ! :4'0m ) I 2.0x10C Edit View Insert Format Tools Table 12pt v Parsgraph~ B I U A v v T*v L~ EBEv v Bv > 8 0.4 points Two charges q4 and gz of magnitude +7.0 X 106 and +5.0X 10 respectively are separated by a distance of 1.0 m. is zero. Edit View Insert Format 8 Find a point between the two charges where the electric field Tools Table 12pt v Paragraph v B I U Av v T2 v P~ B v vy BY | a $v I V 10 m