One of the resistor branches is broken so that branch is an open circuit. А A Sum of branch currents (11) Source current measured (13) Isl, equal to 17? Is- A A 2. Write all the readings and verify that source current = sum of branch currents for both circuits. Connect ammeters in resistor branches and in the source branch. There are two parallel circuits, examples 13 and 14. PART B: EXPERIMENTAL WORK MULTISIM PARALLEL CIRCUITS 1. Rs RG R7 Rg R9 Resistors RA Voltages Currents Source Current: A I. Circuit 2: R5 R6 3 R4 R7 R9 V2 12V R8 All resistors are 1-kiloohm. Circuit 1: R1 Stko Holt V1 12V R2 Sako R3 S1ko - R2 R3 Resistors R Voltages Currents Source Current: A Also write the source currents of both circuits.

Determine and write voltages and currents of all resistors. 2- SERIES – PARALLEL CIRCUITS: Analyze the following circuits using 'REDUCE and RETURN' method. Circuit B between pin 2 and pin 3: 6 resistors with values 56 K, 56 K, 47 K, 47 K, 39 K, and 68 K connected in parallel.

b) Circuit E05-53.ms14: Circuit A between pin 1 and pin 4: 6 resistors with values 1 K, 1.8 K, 2.2 K, 2.7 K, 3.3 K, and 3.9 K connected in parallel. a) Circuit E05-52.ms14: 5 resistors with values 1 MO, 1.2 MQ, 1.8 MO, 1.5 MQ, and 2.2 MO connected in parallel. PARALLEL CIRCUITS: Calculate the equivalent resistance of the following circuits. Transcribed image text: PART A: PRELIMINARY WORK 1.

Open ms14 with multisim 12