1. From your measured resistance, capacitance, and frequency, determine the reactance and impedance of your circuit. Make sure to estimate your uncertainties. Determine the impedance experimentally via another method, taking care of the uncertaintites.Do you get the same results?

2. Estimate the uncertainties on the measured values of Vs, VC, and VR. Are the three values consistent with each other? Explain what you mean by "consistent".

3. Describe qualitatively what happens to your signals when you vary the frequency.

4. From your measurements in Step 4 of the procedure, determine the phase shift at each of the three measured frequencies, including an estimate of the uncertainty. How do these compare to the theoretical predictions?

5. Is your data from Step 5 consistent with the predictions of theory? Specifically, do the voltage and current amplitudes measured by oscilloscope and by multimeter match, within uncertainties, and do they comport with theoretical expectations?

6. Discuss briefly whether you have met the objectives of the lab exercises.

3 daysto hand in labreports. how to Connect onmeter ? - AC to RC Circuit Lab phys 114 parallel series Choose a value for capacitance bet 6.06 uf + 0. 10 up . =_0.08 UF Select freg bet. 300#2 + 600the = 450 HE Calc. X. + choose a value for RT ( 1. 2X c ) measure+ record values of Resistor = + Capacitor = iXC = WC 2 TIFC XC = 1 0 . 604 UF 2 ( 450 H2 ) ( 6 . 08 UF ) ( 0. 604 * 10 # 4.0 * 10-9 12 R = (1.2 X c ( 40 * 10-9 6 ) FR = 4.8 x10- 952 R C convert 123.80 31 7. 32 MV - > F 23.79 317. 38my F 317, 40 23 82 317. 45 23, 8 1 317 . 42 23.7 7 AC wrrent ? 2. Frick A Freg = 450 HE 79 4 cem A RMS of A C V 462.5 442.56 2 7991 root mean square XC = 462 . 6 2 . 7998 f = 450 # 7 1 14 62 , 6 2 , 8 00 6 NRZ 57, 60, 87. 70, 57. 6548zero costing yellow A 1 = - 5 . 34 mS A2-Al A3 - A 2 line - 4. 32 4.32 ( Ch 1 ) A2 = A 3 = - 3.12 - 5. 34 -1.027 BI = 2. 64 m S B2 - 1 + 4 02 B 2 = 3. 68 B 3 - B 2 - 1 . 2 B3 = 4.88