ap R www R = 9.30 www R R3 www 20 www R Consider the combination of resistors shown in the diagram. The resistors have the following values: R = 22.0 2 R = 7.30 2 R3 = 4.20 R4 = 1.80 2 R5 R6 = 10.00 2 Part A: Calculate the equivalent resistance of this circuit between the points A and B. Tries 0/15 Part B: Assume that a DC power supply is connected between points A and B and supplies a potential difference VAB= 35.0 V. How much total current does this circuit draw from the power supply? Tries 0/15 (Verify that your answers satisfy the charge conservation law for the different junctions.) How much current passes through resistor R? Tries 0/15 How much current passes through resistor R? Tries 0/15 How much current passes through resistor R3? Tries 0/15 How much current passes through resistor R4? Tries 0/15 How much current passes through resistor R5? Part B: Assume that a DC power supply is connected between points A and B and supplies a potential difference VAB = 35.0 V. How much total current does this circuit draw from the power supply? Tries 0/15 (Verify that your answers satisfy the charge conservation law for the different junctions.) How much current passes through resistor R? Tries 0/15 How much current passes through resistor R? Tries 0/15 How much current passes through resistor R3? Tries 0/15 How much current passes through resistor R4? Tries 0/15 How much current passes through resistor R5? Tries 0/15 WARENE How much current passes through resistor R? Tries 0/15 Part C: Calculate the magnitude of the potential difference between points A and C, VAC = Tries 0/15 Calculate the magnitude of the potential difference between points C and D, VCD Tries 0/15 Calculate the magnitude of the potential difference between points D and B, VDB Tries 0/15 Calculate the sum VAC+VCD+VDB Compare this sum to VAB- Tries 0/15 H