Answer Happy

OBSERVATION TABLE 4 Nominal capacitance C = 0.047 uF C, = 0.1 uF C2= CE DMM Measure total capacitance CT Xci = Xcz = 1 Calculate the theoretical capacitive reactance | Xc 12 2nfc Calculate the theoretical parallel capacitive reactance Xc = Xa//Xc2 12 Xct = DMM Measure the voltage across R, VR, VR. R.IS Calculate the circuit current, VR. IRMS = THU Ve2= R Oscilloscope Measure the voltage Ver= across CVC. Calculate the actual capacitive XCT reactance, XC 1 ms Does the theoretical Xc equal the actual Xc within 10% Y or N Cirms Calculate total VT Vr = V = V + V Does VT=Vs? Y or N

OBSERVATION TABLE 3 For calculations use the measured values of R and C Nominal capacitance C = 0.047 F C, = 0.1 uF DMM Measured capacitance C Ci= C₂= Xc1 = Xcz = 1 Calculate the theoretical capacitive reactance 12 23fc DMM Measure the voltage across R, Verms Хc VR.me = Verms RS = TS Vc2 = Calculate the circuit current, IRMS 1 R Oscilloscope: AC RMS- Cyc (2) Measure the voltage Vei = across C, Vorms Calculate the actual capacitive Xci= reactance, Im Does the theoretical Xc equal the actual Xc within 10% Y or N? V com Xcz = Хc Vr = = Calculate total v V = |vx + +? V + (Vci+Vc2) Does VT=Vs? Y or N

Lab 2 Worksheet OBSERVATION TABLE 1 DMM Measure R Nominal Resistance Resistor Colour Bands R = 10k12 This is the value of R you will use in your calculations later on! OBSERVATION TABLE 2 DMM Measure Capacitance Nominal Capacitance Capacitor Marking Code C1=0.047 uF C2= 0.1 uF