A capacitor consists of two parallel plates, but one of them can move relative to the other as shown in the figure below. Air fills the space between the plates, and the capacitance is 32.0 pF when the separation between plates is d = 0.500 cm. a) A battery supplying a potential difference V = 9.00 V is connected to the plates. What is the charge distribution, σ, on the left plate? What are the capacitance, C', and the charge distribution, σ', when d is changed to 0.250 cm?b) With d = 0.500 cm, the battery is disconnected from the plates. The plates are then moved so that d = 0.250 cm. What is the potential difference V', between the plates? A capacitor consists of two parallel plates, but one of them can move relative to the other as shown in the figurebelow. Air fills the space between the plates, and the capacitance is 32.0 pF when the separation between plates is d= 0.500 cm.a. A battery supplying a potential difference V = 9.00 V is connected to the plates. What is the chargedistribution, o, on the left plate? What are the capacitance, C', and the charge distribution, o', when d ischanged to 0.250 cm?b. With d= 0.500 cm, the battery is disconnected from the plates. The plates are then moved so that d = 0.250cm. What is the potential difference V', between the plates?

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College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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A capacitor consists of two parallel plates, but one of them can move relative to the other as shown in the figure below. Air fills the space between the plates, and the capacitance is 32.0 pF when the separation between plates is d = 0.500 cm.

a) A battery supplying a potential difference V = 9.00 V is connected to the plates. What is the charge distribution, σ, on the left plate? What are the capacitance, C', and the charge distribution, σ', when d is changed to 0.250 cm?

b) With d = 0.500 cm, the battery is disconnected from the plates. The plates are then moved so that d = 0.250 cm. What is the potential difference V', between the plates?

A capacitor consists of two parallel plates, but one of them can move relative to the other as shown in the figure
below. Air fills the space between the plates, and the capacitance is 32.0 pF when the separation between plates is d
= 0.500 cm.
a. A battery supplying a potential difference V = 9.00 V is connected to the plates. What is the charge
distribution, o, on the left plate? What are the capacitance, C', and the charge distribution, o', when d is
changed to 0.250 cm?
b. With d= 0.500 cm, the battery is disconnected from the plates. The plates are then moved so that d = 0.250
cm. What is the potential difference V', between the plates?

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