3. ul.ie Equipment: Power Supply; Breadboard; Resistors; Leads; Multimeter. WE IBA 500-the THÀNH THIẾU THINH ALILL TEAM wwwww be man met TRE FILADA www.me tel **** www www ***** www. *********

***********.. ************** ************** BILL **** ******** sing Figure 1: Experimental Setup - Circuit 1. 1 of 7/n4. Circuit Circuit 1 Circuit 2 Circuit 3 5. Procedure: Using the lab equipment provided, build Circuits 1, 2 and 3 in turn. For each circuit, use the Multimeter to measure the voltage VA and the currents (I, IR1, IR2). Ensure all results are presented clearly in tabular format as shown. ul.ie Theory 6.006 10 5.689 VA Table_: Calculated and Measured Results [Circuit_]. Measured 6.0189 9.9731 5.6593 Theory 1.818 7.57 4.31 Measured 1.8470 7.7125 4.3779 Theory 1.818 4.542 2.586 IR1 Measured 1.8466 4.6647 2.6437 Theory 1.818 3.028 Measured 1.8466 3.0618 1.724 1.7361 IR2 Analysis & Discussion: How do your measurements compare with the theoretical values? If there are discrepancies, can you account for these? Where have Ohm's Law and Kirchoff's Current and Voltage Laws been demonstrated? How can Circuit 3 be converted into a circuit that looks like Circuit 1? 2 of 7/nCircuit 1: [Series Circuit]: Vin 10V Circuit 2: [Parallel Circuit]: Vin 10V OV OV 2.2k0 R1 IR1 R1 2.2k0 R2 IR2 3 VA R2 3.3k0 VA 3.3k0