Lab 3 Report Sheet e (1)
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Kent State University *
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Course
21041
Subject
Electrical Engineering
Date
Feb 20, 2024
Type
Pages
2
Uploaded by DrYakMaster1039
Kent State University
Act I
Lab 3
Lab 3
Exploring standing waves
Report sheet
Name Objective: To 1) remotely access and control another computer, 2) generate several members of families of standing waves and calculate
properties of other members, and
3) calculate the tension in the elastic string.
Data:
Harmonic
Voltage,
V
Frequency,
Hz
Observed/
Predicted*
Wavelength,
m
1st
Observed
Predicted
2nd
Observed
Predicted
3rd
Observed
Predicted
4th
Observed
Predicted
5th
Observed
Predicted
6th
Observed
Predicted
*
Remember, observed
means you actually produced and saw that harmonic.
Predicted
means that you calculated that an harmonic of that frequency
should exist, but you could not observe it.
Wave speed, m/s
Tension in the string, N
Web extension
If you pluck any guitar string and then very lightly touch the exact center of
the string, the pitch jumps up one octave. What is the change in frequency
from any one note to the note an octave above?
Can you explain why that happens?
PR Photo
(P
roof you R
eally did the experiment)
Submit a photo of you in front of your computer while collecting data
from the lab computer.
Your preview ends here
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The microphone changes the wave from mechanical wave to an electromagnetic wave.
The recorded waves are electromagnetic waves.
The microphone does not change the wave type.
The recorded waves are mechanical waves.
The frequency or amplitude of the waves will not change in the microphone.
The frequency or amplitude of the waves will change in the microphone.
✓ The microphone changes the wave from an electromagnetic wave to a mechanical wave.
>
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5. Compare the frequencies measured with the oscilloscope (Measured Menu and Cursors) to the
function generator setting. What are the main sources of error in this measurement?
An oscilloscope displays the waveform shown below. If the volts/div setting is set on 10 and the
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6.
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Q. 14. When constructing volt time curve, if flashover occurs on the tail side of the wave, the
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A The applied wave peak
B. The applied wave flashover point
C. The applied wave peak multiplied by a factor of 0.9
D. The applied wave flashover point multiplied by a factor of 0.9
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CALCULATION QUESTIONS
1. Determine the second, third, and total harmonic distortion for a repetitive wave with a
fundamental frequency amplitude of 10V(rms), a second harmonic amplitude of
0.2V(rms), and a third harmonic amplitude of 0.1V(rms).
0.02, 0.01, 0.00223
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6. Peak to peak ripple is defined as
a) the difference between zero voltage and maximum
b) the difference between average dc voltage and peak value
c) the difference between maximum and minimum dc voltage
d) the difference between maximum ac and average de voltages
e) the difference between ac (rms) and average dc voltages
f) none of above
7. a belt speed of 1.5 m/s, charge density of 12 µc/m2 and a belt width 2 m. The
maximum charging current is:
a ) 45 μΑ
b) 50 μΑ
c) 72 µA
d) 81 µA
e) 115μA
f) None of above
8. In a Cockroft-Walton circuit, input voltage 100 kV load current 25 mA,
supply frequency 100 Hz, each capacitor 10 nF. The optimum no. of stages for
maximum output voltage is
а) 1
b) 2
c) 10
d) 35
е) 45
f) None of above
9. If D is the diameter of the sphere, for better measurements, the gaps 'S' should
be such that,
a) 0.05 D
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a) Have higher dielectrie strength
b) Of large size have higher dielectric strength
c) Have lower dielectric strength as compared to pure liquids
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b) the difference between maximum and minimum de voltage
c) the difference between maximum ac and average dc voltages
d) the difference between ac (rms) and average de voltages
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a) 1
b) 2
c) 10
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