 Science
Conclusion for Ac circuit lab report

### Question Description

I've already done the lab report. I only need the objective to be as a paragraph (own words), and the conclusion part to be completed for this experiment.

### Unformatted Attachment Preview

OBJECTIVES 1. Develop skills with the oscilloscope as a voltage measuring instrument 2. Learn how to measure the impedance of an element using a current-sensing resistor. 3. Compare and measured the nameplate of a resistor, capacitor and inductor. ( turn this 1,2,3 objective into a Paragraph) EQUIPMENT REQUIRED 1. Resistors 1---100 Ω,1.2k Ω , 3.3 k Ω 2. Inductors 2---10 mH 3. Capacitors 1--- 0.47 uF, 1 uF 4. Instruments 1--- DMM, 1--- Oscilloscope, 1--- Audio oscillator, 1--- Frequency counter Part 3: Inductive Reactance (a) Construct the network of Fig 3.4 record the measured value of Rs The internal resistance of the coil will be ignored in this experiment since it is considerably less than XL at the applied frequency. R s(measured) = 99.33 Ω (b) Set the voltage VL to 4V (p-p) and measure the rms value of the voltage VRs with the DMM, and record it in the table 3.4 VRs (rms) = 263.73 mV VRS(peak) = 2 ( 263.73 mV ) = 372.97 mV (c) Calculate VRs(P-P) and record it in the table 3.4 VRS (peak-peak) = 372.97 x 2 = 745.94 mV (d) Calculate the peak-peak value of current (I), and record it in the table 3.4 I p-p = !"#.!" !" !!.!! Ω = 7.51 mA (e) Calculate the reactance XL from : XL= !!(!!!) !(!!!) !! X L = !.!" !" = 133.156 Ω and record it in the table 3.4 (f) Using the nameplate value of the inductance L and Eq. ( XL = 2𝝅𝒇𝑳), calculate the inductive reactance at f = 2KHz and record it in the table 3.4 XL = 2𝜋𝑓𝐿 = 2 𝜋 2000 (10𝑚𝐻 ) =126 Ω (g) Compare the result of part 3(f) with the measured value of part3(e) the result of part 3(f) is 126 Ω while the measured value of part 3(e) is 133.156 Ω, so the result of part 3(f) is less than the measured value of part 3(e). Part (b)-(f) VRs (DMM) VRs (P-P) Ip-p XL(meas.) XL(calc.) L 263.73 mV 745.94 mV 7.51 mA 133.156 Ω 126 Ω 2.98 𝜇𝐹 Conclusion ( Long Paragraph Conclusion is missing ) ...
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The objectives of the experiment are to help us develop skills with the oscilloscope
as a voltage measuring instrument and learn how measure the impedance of an
element using a current sensing resistor. We can also compare and measure the
nameplate of a resistor capacitor and inductor.

EQUIPMENT REQUIRED
1. Resistors
1---100 Ω,1.2k Ω , 3.3 k Ω
2. Inductors
2---10 mH
3. Capacitors
1--- 0.47 uF, 1 uF
4. Instruments 1--- DMM,
1--- Oscilloscope,
1--- Audio oscillator,
1--- Frequency counter
Part 3: Inductive Reactance
(a) Construct
the
network
of
value of
Rs. The internal
be
ignored
in
this

Fig
3.4
recordthe
resistance of
the
experiment since it

measured
coil will
is

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