A solid cylindrical object made of copper (Cu) has the dimension as shown in the figure. Given the conductivity of Cu ocu=5.8 x 10' (S/m). Radius r= 1 cm - 10 cm The resistance between two opposite circular surfaces is O None of these 5.49n2 10μΩ 102 5.49 μΩ
A solid cylindrical object made of copper (Cu) has the dimension as shown in the figure. Given the conductivity of Cu ocu=5.8 x 10' (S/m). Radius r= 1 cm - 10 cm The resistance between two opposite circular surfaces is O None of these 5.49n2 10μΩ 102 5.49 μΩ
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:### Problem Statement
A solid cylindrical object made of copper (Cu) has the dimensions as shown in the figure. Given the conductivity of Cu \(\sigma_{Cu} = 5.8 \times 10^7\) (S/m).
- **Cylinder Dimensions:**
- Length (\(l\)) = 10 cm
- Radius (\(r\)) = 1 cm
Calculate the resistance between two opposite circular surfaces.
### Answer Options
- ○ None of these
- ○ \(5.49 \, n\Omega\)
- ○ \(10 \, \mu\Omega\)
- ○ \(10 \, \Omega\)
- ○ \(5.49 \, \mu\Omega\)
### Diagram Explanation
The diagram presents a cylindrical object, with its radius labeled as 1 cm and length as 10 cm. This diagram serves as a visual representation to assist with the calculation of electrical resistance between the circular surfaces of the cylinder given its conductivity.
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