Consider a capacitor with conical plates defined by two θ-planes and visualize it. Which of the following will be true based on its physical appearance? Their plates have different areas, However, the surface charge density for each plate will still be equal in magnitude but opposite in polarity. The answer cannot be found on the other choices. Their plates have different areas, which will make the surface charge density of each plate different, too. However, the total charge stored for each plate will still be equal in magnitude but opposite in polarity. Just like any other capacitors, their plates are equal in area, which will result to the total charge stored on each plate to be equal in magnitude as well, but opposite in terms of polarity.
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Consider a capacitor with conical plates defined by two θ-planes and visualize it. Which of the following will be true based on its physical appearance?
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Their plates have different areas, However, the surface charge density for each plate will still be equal in magnitude but opposite in polarity. |
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The answer cannot be found on the other choices. |
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Their plates have different areas, which will make the surface charge density of each plate different, too. However, the total charge stored for each plate will still be equal in magnitude but opposite in polarity. |
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Just like any other capacitors, their plates are equal in area, which will result to the total charge stored on each plate to be equal in magnitude as well, but opposite in terms of polarity. |
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