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From 105/106 Lecture Notes by OBM
- 11:27, 22 June 2021 diff hist 0 N File:OBM-106-Ch30-v1.pdf current
- 11:27, 22 June 2021 diff hist 0 N File:OBM-106-Ch29-v1.pdf current
- 11:19, 22 June 2021 diff hist +122 105-106 Notes Table of Contents →Chapter 30 current
- 11:19, 22 June 2021 diff hist +122 105-106 Notes Table of Contents →Chapter 29
- 10:10, 25 May 2021 diff hist +1 105-106 Notes Table of Contents →Chapter 26
- 10:08, 25 May 2021 diff hist 0 N File:OBM-106-Ch28-v1.pdf current
- 10:08, 25 May 2021 diff hist 0 N File:OBM-106-Ch27-v1.pdf current
- 10:07, 25 May 2021 diff hist 0 N File:OBM-106-Ch26-v1.pdf current
- 10:07, 25 May 2021 diff hist +122 105-106 Notes Table of Contents →Chapter 28
- 10:06, 25 May 2021 diff hist +121 105-106 Notes Table of Contents →Chapter 27
- 10:06, 25 May 2021 diff hist +121 105-106 Notes Table of Contents →Chapter 26
- 08:34, 3 May 2021 diff hist 0 N File:OBM-106-Ch25-v1.pdf current
- 08:29, 3 May 2021 diff hist +121 m 105-106 Notes Table of Contents →Chapter 25
- 10:06, 13 January 2021 diff hist 0 N File:OBM-Chapter12-v1.pdf current
- 10:05, 13 January 2021 diff hist +365 105-106 Notes Table of Contents
- 12:12, 17 May 2020 diff hist +1,297 N Chapter 30 Problem 18 Created page with "__NOTOC__ ==Problem== Calculate the magnetic and electric energy densities at the surface of a 3.0-mm-diameter copper wire carrying a 15-A current. ==Solution== <math>u_B=\fra..." current
- 11:43, 17 May 2020 diff hist +648 N Chapter 30 Problem 4 Created page with "__NOTOC__ ==Problem== 300px|center|Problem 4 A long straight wire and a small rectangular wire loop lie in the same plane. Determine the mutua..." current
- 11:37, 17 May 2020 diff hist 0 N File:Chapter30Problem4q.png current
- 11:29, 17 May 2020 diff hist +74 105-106 Notes Table of Contents →Problems
- 22:41, 10 May 2020 diff hist +10 m Chapter 29 Problem 35 current
- 22:33, 10 May 2020 diff hist +10 m Chapter 29 Problem 33 current
- 17:47, 2 May 2020 diff hist +10 Chapter 28 Problem 61 current
- 15:11, 26 April 2020 diff hist +1,365 N Chapter 27 Problem 28 Created page with "__NOTOC__ ==Problem== 300px|center|Current loop and wire An electron enters a uniform magnetic field <math>B=0.28 \text{ T }</math> at a 45°..." current
- 14:52, 26 April 2020 diff hist 0 N File:Chapter27problem28q.png current
- 14:45, 26 April 2020 diff hist +38 105-106 Notes Table of Contents →Chapter 27
- 15:04, 17 April 2020 diff hist +10 Chapter 26 Problem 49 current
- 15:03, 17 April 2020 diff hist +10 Chapter 26 Problem 36 current
- 15:02, 17 April 2020 diff hist +10 Chapter 26 Problem 71 current
- 14:58, 17 April 2020 diff hist +158 Chapter 26 Problem 68 →Solution current
- 14:53, 17 April 2020 diff hist +208 Chapter 26 Problem 68 →Solution
- 14:33, 17 April 2020 diff hist +961 N Chapter 26 Problem 68 Created page with "__NOTOC__ ==Problem== 300px|center|loops For the circuit shown, show that the decrease in energy stored in the capacitor from t = 0 until one..."
- 14:22, 17 April 2020 diff hist 0 N File:Chapter26Problem68q.png current
- 13:55, 17 April 2020 diff hist +38 105-106 Notes Table of Contents →Problems
- 21:32, 6 April 2020 diff hist +12 Chapter 25 Problem 30 current
- 16:13, 6 April 2020 diff hist +1 Chapter 25 Problem 93 →Solution current
- 16:13, 6 April 2020 diff hist +2 Chapter 25 Problem 93
- 16:11, 6 April 2020 diff hist +5 Chapter 25 Problem 93 →Solution
- 16:10, 6 April 2020 diff hist -4 Chapter 25 Problem 93
- 16:06, 6 April 2020 diff hist +711 Chapter 25 Problem 93 →Solution
- 15:58, 6 April 2020 diff hist 0 N File:Chapter25Problem93s.png current
- 15:55, 6 April 2020 diff hist +662 N Chapter 25 Problem 93 Created page with "__NOTOC__ ==Problem== 300px|center|The resistor The cross-section of a portion of a wire increases uniformly as shown, so it has the shape..."
- 15:53, 6 April 2020 diff hist 0 N File:Chapter 25 Problem 93 q.png current
- 15:49, 6 April 2020 diff hist +785 N Chapter 25 Problem 85 Created page with "__NOTOC__ ==Problem== The Tevatron accelerator at Fermilab (Illinois) is designed to carry an <math>11</math> mA beam of protons traveling at very nearly the speed of light (<..." current
- 14:51, 6 April 2020 diff hist +97 Chapter 25 Problem 35 →(b) current
- 14:44, 6 April 2020 diff hist +556 Chapter 25 Problem 35 →(a)
- 14:33, 6 April 2020 diff hist +2 Chapter 25 Problem 35
- 12:39, 6 April 2020 diff hist +766 N Chapter 25 Problem 35 Created page with "__NOTOC__ ==Problem== <math></math> An electric power plant can produce electricity at a fixed power <math>P</math>, but the plant operator is free to choose the voltage <math..."
- 12:13, 6 April 2020 diff hist +114 105-106 Notes Table of Contents →Problems
- 10:42, 10 March 2020 diff hist +45 Exercise 100320 →Problem current
- 10:40, 10 March 2020 diff hist -1 Exercise 100320 →Solution
