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Title+Summary	Name	Date
[YMP/EM-10001] Energy Stored in a Solenoid Node id: 5934page	kapoor	23-05-26 12:05:47	n
[NOTES/QM-06004] A Discussion of The Third Postulate of Quantum Mechanics Node id: 5878page	kapoor	23-05-25 23:05:04	n
[YMP/EM-09003] Metallic rod in magnetic field sliding on inclined rails Node id: 5933page	kapoor	23-05-25 21:05:56	n
[YMP/EM-09002] Rotating Copper Rod in Magnetic Field Node id: 5932page	kapoor	23-05-25 21:05:44	n
[YMP/EM-09001] Charged Wheel in Time Varying Magnetic Field Node id: 5931page	kapoor	23-05-25 21:05:26	n
A Site For Teachers, Learners and Authors Node id: 270page This site hosts an authoring environment. E-learning content creators can create, organize and share their learning content here. It is not for content monetization. However, the authors or teachers can use the links of the published content anywhere else. Main features of the authoring environment: Browser based editor, function plotter, drawing tool, path diagrammer. You can attach/embed your PDF files. (DOC or PPT files will have to be converted to PDF.) Images and Youtube-video files can be inserted in a page. Support for mathematical expressions in LaTeX syntax (with MathJax).	ranjan	23-05-25 18:05:39	n
[OBJ/EM-04004] Plane conductor and a point charge Node id: 5922page A charged particle is at a distance \( d\) from an infinite conducting plane maintained at zero potential. When released from rest, the particle reaches a speed \( u\) at a distance \( d/2\) from the plane. At what distance from the plane will the particle reach the speed \( 2u\)? (a) \( d/6 \) (b) \( d/3 \) (c) \( d/4 \) (d) \( d/5 \)	kapoor	23-05-24 03:05:44	n
[OBJ/EM-04004] Plane conductor and a point charge Node id: 5921page A charged particle is at a distance \( d\) from an infinite conducting plane maintained at zero potential. When released from rest, the particle reaches a speed \( u\) at a distance \( d/2\) from the plane. At what distance from the plane will the particle reach the speed \( 2u\)? \( d/6 \) \( d/3 \) \\ \( d/4 \) \( d/5 \)	kapoor	23-05-23 20:05:13	n
Python Script for modifying file contents Node id: 693blog	Aashutosh	23-05-22 15:05:34	n
[WART/EM-01009] Confusion Between B and H Node id: 5920page	ashok	23-05-21 04:05:42	n
HTML Editor Node id: 531webform Help The first authoring tool you should master! A feature-rich editor with support for mathematical expressions/equations. Explore by editing your page with embedded images, tables and videos. Check the Help on advanced features and mathematical expressions. WYSIWYG+Math The WYSIWYG HTML Editor lets you create visually formatted (HTML) content [without any knowledge of HTML) with the help of buttons in the top toolbar of the editing area. This editor is available for editing all content types a member (a Blogger or an Author) can create/edit. As a Guest (not logged in) user, you can still use all features except saving or inserting images/multi-media objects from personal workspace. Mathematical expressions can be inserted within HTML text of all content types (e.g., page, book page, blog, forum. The mathematical expressions must be typed using the syntax of TeX/LaTeX. Toolbar The toolbar buttons are similar to those you have seen in What-You-See-Is-What-You-Get (WYSIWYG) editors like MSWORD (in Windows) or OpenOffice (or LibreOffice) Writer (in LINUX). HTML Code All content formatting information is converted into HTML code, which can be seen either by clicking the "HTML" button in the toolbar. If you know HTML, you can do some editing in HTML mode also to do more than the toolbar buttons do. However, you must be very careful in using HTML mode.	ranjan	23-05-20 14:05:29	n
[YMP/EM-01004] Solved Problem Node id: 5901page	kapoor	23-05-11 23:05:26	n
[YMP/EM-01002] inkjet Printer Node id: 5900page	kapoor	23-05-11 23:05:45	n
[2023CNG/QM-ALL] Collection of Resources for (CNG) Online Course on Quantum Mechanics 2023 Node id: 5879collection ABOUT THIS COLLECTION This is a collection of links to all resources, lectures, video recordings and Extra study material for 2023 ONLINE COURSE ON Quantum Mechanics. Click here To learn more about the course	kapoor	23-05-09 00:05:50	n
[2023CNG/QM-04001] Lecture -4 MCQ Problem Solving Node id: 5911page	kapoor	23-05-09 00:05:04	n
[NEWB/EM-04] Electrostatics of Conductors Node id: 5910page This page is under construction Last Updated May 8, 2023	kapoor	23-05-08 08:05:39	n
[NEWB/EM-03] Electric Potential Node id: 5909page This page is under construction Last Updated May 8, 2023	kapoor	23-05-08 08:05:21	n
[NEWB/EM-ALL] Electromagnetic Theory :: Collection of Resources for Newbies Node id: 5906collection This page is under construction Last Updated May 8, 2023	kapoor	23-05-08 08:05:22	n
[NEWB/EM-02] Continuous Charge Distribution Node id: 5908page This page is under construction Last Updated May 8, 2023	kapoor	23-05-08 08:05:15	n
[NEWB/EM-05] Maxwell' s Equations for Electrostatics Node id: 5907page This page is under construction Last Updated May 8, 2023	kapoor	23-05-08 07:05:56	n

This site hosts an authoring environment. E-learning content creators can create, organize and share their learning content here.

It is not for content monetization. However, the authors or teachers can use the links of the published content anywhere else.

Main features of the authoring environment:

Browser based editor, function plotter, drawing tool, path diagrammer.
You can attach/embed your PDF files. (DOC or PPT files will have to be converted to PDF.)
Images and Youtube-video files can be inserted in a page.
Support for mathematical expressions in LaTeX syntax (with MathJax).

A charged particle is at a distance \( d\) from an infinite conducting plane maintained at zero potential. When released from rest, the particle reaches a speed \( u\) at a distance \( d/2\) from the plane. At what distance from the plane will the particle reach the speed \( 2u\)?

(a) \( d/6 \)
(b) \( d/3 \)
(c) \( d/4 \)
(d) \( d/5 \)

\( d/6 \)
\( d/3 \) \\
\( d/4 \)
\( d/5 \)

Help The first authoring tool you should master!

A feature-rich editor with support for mathematical expressions/equations. Explore by editing your page with embedded images, tables and videos.

Check the Help on advanced features and mathematical expressions.

WYSIWYG+Math

Toolbar

HTML Code

ABOUT THIS COLLECTION
This is a collection of links to all resources, lectures, video recordings
and Extra study material for 2023 ONLINE COURSE ON Quantum Mechanics.

Click here To learn more about the course