Please answer these short questions, all would be completely appreciated. Thank you so much. f) A parallel plate capacitor is fabricated with plates of area 0.1 m², and a dielectric ofdielectric constant k = 13, one hundred microns (100μµm) thick filling its gap. What is thecapacitance?g) A capacitor of 128 μF stores a Joule of energy. What charge is on the plates?h) A capacitor of 128 µF stores a Joule of energy. What is the voltage between theplates?i) What is the sum of three and six?j) Gauss's Law was used in class to solve for the field around a sphere of charge enclosedin an uncharged thick sphere of metal. Explain why the technique used there would notwork if the metal enclosure was a cube instead of a sphere. a) let f(r) = sin(xy) cos(z)Find Vf.b) An array of 12 charges is brought together, and we wish to calculate the work donein doing so. (This is a large "double sum.") How many terms appear altogether in thissum?c) For a given electric potential, V = Voe(r/ro)², calculate Ē.d) Two 100 resistors are in series with each others and also with three 100 μF capac-itors. What is the time constant for this whole circuit?e) Draw the electric circuit diagram for the arrangement in the previous part whenproperly connected to a 2 V battery. I don't care which orientation (that is, which end isplus or minus) for the battery in the circuit.

I'm solving first 3 questions.(f) , (g) and (h)

f) A parallel plate capacitor is fabricated with plates of area 0.1 m², and a dielectric of dielectric constant & = 13, one hundred microns (100μm) thick filling its gap. What is the capacitance? g) A capacitor of 128 μF stores a Joule of energy. What charge is on the plates? h) A capacitor of 128 µF stores a Joule of energy. What is the voltage between the plates?

f) A parallel plate capacitor is fabricated with plates of area 0.1 m², and a dielectric of dielectric constant & = 13, one hundred microns (100μm) thick filling its gap. What is the capacitance? g) A capacitor of 128 μF stores a Joule of energy. What charge is on the plates? h) A capacitor of 128 µF stores a Joule of energy. What is the voltage between the plates?

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter25: Electric Potential

Section: Chapter Questions

Problem 25.1OQ: In a certain region of space, the electric field is zero. From this fact, what can you conclude...

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