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Question 1:
- Describe how the Schering Bridge is balanced when measuring the loss angle tan-delta and capacitance of an unknown dielectric. (Do not exceed 200 words)
- Derive an expression for tan-delta and capacitance in terms of the known values of R and C of the other branches of the bridge.
- Explain the role of "Wagner Earth" in balancing the bridge. (Do not exceed 100 words)
Question 2:
- Describe how discharges in a void inside a solid dielectric is detected using the PD test circuit. Also, explain how the measured apparent charge can be related to the actual discharges in the void. (Do not exceed 200 words)
- Analyze the following insulation systems using partial discharge patterns. In all cases assume that the test object is a solid insulation of thickness much larger than the depth of the cavity (defect). The insulation is stressed with power frequency AC voltage of magnitude much higher than the PD inception levels. Illustrate the patterns on an elliptical display of the discharge activities in each case. Provide your justifications in terms of influence of the electric field and the physics of discharge activities. (Do not exceed 200 words)
Calculate the reciprocal lattice of the body-centred cubic and Show that the reciprocal of the face-centred cubic (fcc) structure is itself a bcc structure.
How much gasoline do vehicles with the following fuel efficiencies consume in one year? Calculate the gasoline savings, in gallons per year, created by the following two options. Show all your work, and draw boxes around your answers.
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To examine the relationship between fermenter design and operating conditions, oxygen transfer capability and microbial growth.
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How did this procedure affect the signal observed from the electrode and the electrode impedances?
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Using the data provided on the webvista site in the file marked vdw.txt, try to develop a mathematical equation for the vdW potential we discussed in class, U(x), that best fits the data
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