Part 1: DC Circuits IN a. For the circuit shown above, calculate the Thevenin Equivalent Circuit, stating the Thevenin Voltage and the Thevenin Resistance, and the Norton Equivalent Circuit, stating the

Norton Current and the Norton Resistance. The circuit values given are: V₁ = 16 V, R₁ = 560 N, R₂ = 1000 N and R3 = 820 2. RN For the purposes of formative feedback (not graded), you can enter your values for VTH, RTH, IN and RN below, giving each correct to two decimal places. VTH V RTH S2 R₁ R₁ mA (note answer in milliamps) S2 DIV Another power supply is connected across the open terminals of the circuit, as shown below: R₂ R₁ mA R₂ R₂ The circuit values are the same in this circuit, except for the addition of V₂ which is 29 V. b. Use the Superposition Principle to determine the total current that flows through the central resistor. For the purposes of formative feedback (not graded), you can enter your value for this total central current through resistor R3 below, giving your answer in milliamps, correct to two decimal places. IRS L