3) A thin circular plate has its axis as the z-axis, and its center is the...

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3) A thin circular plate has its axis as the z-axis, and its center is the origin of our coordinate system. It has radius R, and charge 2Q. Two thin rings, each of charge -Q, and also radius R, are located along the same axis each a distance R (same value) on either side of the disk. It would look sort of like this: 000 a) What is the value of the electric field at points along the mutual axis at values => R? (So, on the right side only.) b) What is the value of the electric potential at points along the mutual axis at values z > R? 3) A thin circular plate has its axis as the z-axis, and its center is the origin of our coordinate system. It has radius R, and charge 2Q. Two thin rings, each of charge -Q, and also radius R, are located along the same axis each a distance R (same value) on either side of the disk. It would look sort of like this: 000 a) What is the value of the electric field at points along the mutual axis at values => R? (So, on the right side only.) b) What is the value of the electric potential at points along the mutual axis at values z > R?

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Based on the image you sentit appears to be a multipart question about finding the current in a circuitHeres how to analyze it Circuit Analysis The ci... View the full answer