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Repository of EM Theory Notes and QuestionsNode id: 5840pageAbout this repository:
This page has repositories of NOTES for Lectures and Questions in
Electromagnetic Theory. These are arranged according to topics in the subject.
Not sorted, or arranged, in any particular order within a topic.
The primary usage of these NOTES is as building blocks for other resources.
Who may find it useful?
Suitable for teachers and content developers only.
Others may use the navigation links at the bottom.
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23-02-20 08:02:27 |
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[SNSet/EM-01001] Electromagnetic Theory --- Questions [QUE/EM-01011-016] Node id: 5854page |
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23-02-19 23:02:20 |
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[SNSet/EM-01001] Electromagnetic Theory ---- Questions [QUE/EM-01001-020] Node id: 5853page |
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23-02-19 23:02:38 |
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[QUE/EM-01003] --- EM-PROBLEMNode id: 2188page
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Two similar balls of mass $m$ are hung from silk threads of length $\ell$ and carry equal charges q. Assuming $\theta$ to be small show that the separation, $x$, betweeen the balls is given by
$$ x\approx \frac{q^2\ell}{2\pi\epsilon_0 mg} .$$
What is the value of $q$ if $\ell=120$cm, $m=10$gm, $x=5$cm ?
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23-02-19 23:02:14 |
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Feynman's Lost LetureNode id: 5852page |
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23-01-31 07:01:20 |
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Sample Plot PageNode id: 757plotThis page shows how you can
- create images of function plots using the plotting tool given below,
- save the plot images in your file-space, and
- insert the images from file-space into any content you edit.
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23-01-26 07:01:45 |
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[NOTES/ME-ALL] Repository of NOTES in MechanicsNode id: 5850pageThis is a repository of NOTES for Lectures in MECHANICS These are arranged according to topics in the subject.
Not sorted, or arranged, in any particular order within a topic.
The primary usage of these NOTES is to use them as building blocks for other study resources.
Suitable for teachers and content developers only.
Click on any topic below, to browse all available notes.
(Click opens an embedded window) |
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23-01-24 08:01:42 |
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[QUE/TH-ALL] Repository of Thermodynamics Questions and ProblemsNode id: 5845page |
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23-01-22 16:01:31 |
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[NOTES/SM-ALL] Repository of Statistical Mechanics NotesNode id: 5843page |
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23-01-22 12:01:23 |
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[QUE/SM-ALL] Repository of Statistical Mechanics Questions and ProblemsNode id: 5844page |
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23-01-22 12:01:10 |
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[QUE/CM-ALL] Repository of Classical Mechanics Questions/ProblemsNode id: 5837pageThis repository contains collection of SQUESTIONS and PROBLEMS in Classical Mechanics. These are arranged according to topics in the subject.
Not sorted or arranged in any particular order within a topic.
Suitable for teachers and content developers.
Click on any topic to browse all available questions and problems.
(Opens in a new tab/ window) |
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23-01-22 06:01:54 |
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[THSet/EM-01001] Gravitational and Electromagnetic Forces Node id: 5836pageThe aim of this problem set is to compare the properties of electromagnetic and gravitational forces. |
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23-01-18 00:01:38 |
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SUNDAY-PHYSICS --- QM-MCQ-JAN-8, 2023Node id: 5829pageIf the embedded view file is not rendered properly,
try downloading the attachment. |
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23-01-15 09:01:28 |
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[WAQ/EM-01002] Relative Strengths of Gravitational Force and Electromagnetic forceNode id: 5834page |
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23-01-12 23:01:55 |
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[WAR/EM-04001] Field near Sharp Points on ConductorsNode id: 5835page |
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23-01-12 14:01:25 |
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[WAQ/EM-01001] How Big is One Coulomb of Charge?Node id: 5831pageThis document collects pages from internet as PDF document.
It gives a numerical estimate to give an answer to the question,
"How big is a Coulomb of Charge?"
To go to the original web page Click here or the link at the bottom of this page.
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23-01-12 11:01:52 |
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[WWW/EM-01001] How Big Is One Coulomb of Charge?Node id: 5833pageThis document composed from the WEB will give you a feel for
"How Big Is One Coulomb of Charge?" |
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23-01-11 23:01:59 |
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[TOP/GEN-PHYS] Feel for Numbers in PhysicsNode id: 5832collection |
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23-01-11 23:01:10 |
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Sunday-Physics Quantum Mechanics Dec4 & Dec 11 (2022)Node id: 5830page |
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23-01-09 14:01:48 |
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[MAP/EM-01003] How are Electric and Magnetic Fields Produced?Node id: 5827path |
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23-01-07 09:01:56 |
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