Derive the inductance of three items from the table 1. WireL =2. Hollow cylinder26LHol8TTl » aLMol2TT3. Parallel wiresdasLHolInInπal» d, d >> a27T4. Coaxial conductorpolIna-a2a'2aldle5. Circular loopHol2πTd2προ, θο » dLl-6. SolenoidL =InMON'Sll » a462.45)7. Torus (of circular cross section)L = μ₂N² [po - Vp² - a²]8. Sheet2- 2020 (12²²-25)L = 2€ In+ 0.5b +2a.#PobdlPoe

I have derived inductance L for Wire and for 4. Coaxial conductor

1. Wire L == L = Mol 2. Hollow cylinder 26 877 L = l» a Mol 2TT L = 3. Parallel wires. d - In - a πT l» d, d » a Hol In a 4. Coaxial conductor b In - a Hol 27T ¹) 20t 2a 2a1 2a e 5. Circular loop -Hof (In 4-2.45) 2TT € = 2προ, ρο » d L = 6. Solenoid L = MON²S l l» a 7. Torus (of circular cross section) L = Mo ²[Po - Vp² - a²] 8. Sheet e (in 22 +0.5) b + 1 L = μ, 2 In +4 d

1. Wire L == L = Mol 2. Hollow cylinder 26 877 L = l» a Mol 2TT L = 3. Parallel wires. d - In - a πT l» d, d » a Hol In a 4. Coaxial conductor b In - a Hol 27T ¹) 20t 2a 2a1 2a e 5. Circular loop -Hof (In 4-2.45) 2TT € = 2προ, ρο » d L = 6. Solenoid L = MON²S l l» a 7. Torus (of circular cross section) L = Mo ²[Po - Vp² - a²] 8. Sheet e (in 22 +0.5) b + 1 L = μ, 2 In +4 d

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter30: Sources Of The Magnetic Field

Section: Chapter Questions

Problem 30.6CQ

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