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Given E=-6 a, kV/m at p-8 mm. If the surface p-4 mm is grounded, determine the potential at the p-12 mm plane. Question 4 A Conducting triangular loop carrying a current of 2 A is located close to an infinitely long. straight conductor with a current of 5 A, as shown below. Calculate the total force on the loop. SA 2 A

Given E=-6 a, kV/m at p-8 mm. If the surface p-4 mm is grounded, determine the potential at the p-12 mm plane. Question 4 A Conducting triangular loop carrying a current of 2 A is located close to an infinitely long. straight conductor with a current of 5 A, as shown below. Calculate the total force on the loop. SA 2 A

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Question 3) Given E=-6 ap kV/m at p-8 mm. If the surface p-4 mm is grounded, determine the potential at the p= 12 mm plane. Question 4 A Conducting triangular loop carrying a current of 2 A is located close to an infinitely long. straight conductor with a current of 5 A, as shown below. Calculate the total force on the loop. Question 6 a) Describe how the electromotive force is established for the motional EMF under excitation. b) Describe how to measure the magnetic flux density in the laboratory. c) Describe how to determine the permittivity of an unknown material
Transcribed Image Text:Question 3) Given E=-6 ap kV/m at p-8 mm. If the surface p-4 mm is grounded, determine the potential at the p= 12 mm plane. Question 4 A Conducting triangular loop carrying a current of 2 A is located close to an infinitely long. straight conductor with a current of 5 A, as shown below. Calculate the total force on the loop. Question 6 a) Describe how the electromotive force is established for the motional EMF under excitation. b) Describe how to measure the magnetic flux density in the laboratory. c) Describe how to determine the permittivity of an unknown material
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