You are shown the inside of a Geiger tube, whose measurements are 0.200 mm in radius and 12.0 cm, in length. The outer surface of the tube is a conducting cylindrical shell that has a radius of 1.50 cm. Calculate the capacitance of your tube. Calculate the value of the linear charge (Q) on the wire when the potential difference between the wire and shell is 1.20 kV?

You are shown the inside of a Geiger tube, whose measurements are 0.200 mm in radius and 12.0 cm, in length. The outer surface of the tube is a conducting cylindrical shell that has a radius of 1.50 cm. Calculate the capacitance of your tube. Calculate the value of the linear charge (Q) on the wire when the potential difference between the wire and shell is 1.20 kV?

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Question

You are shown the inside of a Geiger tube, whose measurements are 0.200 mm in radius and 12.0 cm, in length. The outer surface of the tube is a conducting cylindrical shell that has a radius of 1.50 cm. Calculate the capacitance of your tube. Calculate the value of the linear charge (Q) on the wire when the potential difference between the wire and shell is 1.20 kV?

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