Question

28) What different resistances can be obtained by using two 2.0-2 resistors and one 4.0-22 resistor? You must use all three of them in each possible combination. 31) What is the equivalent resistance between points A and B of the network shown in the figure? T 12 12 3 4. 02 36.00 38.012 35) What is the equivalent resistance in the circuit shown in the figure? R = 101 SP-200 Rz=2022 R2=3 2023 W R4 = 30 12 A) 802 B) 55 22 C) 50 22 D) 352 44) Three resistors of 122, 122, and 6.0 2 are connected together, and an ideal 12-V battery is connected across the combination. What is the current from the battery if they are connected (a) in series or (b) in parallel?

Answer 1

23 Case-o timuno no Rear = 8n the salon -eqes su to snime =Reynz osu 22 rmo - ohne - Repen 121 12 7 aan han soll i 1 - be} Siso s s mo 4+8=130 6x3,6m Equivalent resistence Between AEB D. Solutions perelle R232RE Re 1 R₂ +R 2012 R23= lour le 50m slon =) LM son 30 Equrlent resistance (Regn = Sesler perellel un mini V current cas . I o.4 Amps [1. 4 Amps Rompin