n equivalent circuit. 50 300 mA 6N
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- 5) Consider the DC-circuit shown below. This is an example of a parallel circuit, with a 12 V power source, and two resistive elements. Label the circuit diagram completely, showing magnitude and directions of the total circuit current, I; the polarity of the 12V power source; the polarity of the voltage drops across each resistor; and the magnitude and direction of the current flow in each of the resistors mounted in parallel. Also label the value of the potential, in volts, at the points a, b, c, and d, in the circuit; what do the values imply about the voltage drop across resistors in parallel? Show all of your work. 12 V R= 6LŹ R= 6 S29 V W 3 Ω P iz İ3 12 V {652 6Ω in S The loop in the figure refers to the right section of the circuit. Please write both of the following: 1) Kirchhoff's loop equation starting at the negative terminal of the 12 V battery and passing through middle branch. 2) Kirchhoff's junction equation at point P.Circuit