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[LEC/QM-23001] Non degenerate perturbation theoryNode id: 1479page |
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22-05-28 22:05:56 |
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[LEC/QM-23003] Application to fine structure of hydrogen atomNode id: 1481page |
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22-05-28 20:05:11 |
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[LEC/QM-23002] Perturbation theory for degenerate caseNode id: 1480page |
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22-05-28 20:05:28 |
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[NFL/QM-23] Time Independent Perturbation TheoryNode id: 5449page |
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22-05-28 20:05:44 |
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Create New Drawing Node id: 551drawingHelpA drawing tool for quick creation of diagrams for your content. Create, save and insert in your page. Click Help to learn more about the tool.
This page has an embedded drawing tool - "SVG-edit". The drawings are reusable; they get saved in your workspace, and can be inserted in a page.
You may find this tutorial very helpful.
Scalable Vector Graphics (SVG) images and their behaviors are defined in (XML) text files. The drawing tool provided here is for creating 2D graphics. (In general, this text-based SVG graphics file format supports interactivity and animation.) Your drawings can be saved and (re)opened from your 0space workspace.
You might like to look at "Method" (a fork of SVG-edit), "drawsvg", and "svgreal".
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22-05-28 11:05:37 |
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Create a Function PlotNode id: 554plotHelp A simple function plotter for plotting function, derivative or integral (upto 3 items per plot), and saving the plot as image.
Plot upto 3 functions (or their Derivatives/Integrals!) and save as a single image file.
Insert these graphs from workspace into any webpage, or download and use.
This simple to use function plotter is based on a great web-based plotting tool "openPlaG".
For details of the example functions, see the plot help.
There are several online tools available for plotting functions. See, for example, "Online function grapher", "Graphical Function Explorer", "Interactive mathematics", "2D/3D function plotter", "FooPlot", "Function plotter",
[Note: Creating graphs from data points is done by charting tools (e.g. "Flot", "jqPlot", "DyGraphs", "jsxGraph".)]
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22-05-28 11:05:40 |
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[PSET/EM-02001]Node id: 5445page |
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22-05-26 19:05:56 |
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[PSET/EM-02002]Node id: 5437page |
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22-05-26 18:05:21 |
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Help & TipsNode id: 806pageFor viewing long pages, you may use F11 function key for full-screen mode. You may also use zoom-in (Ctrl & +), zoom-out (Ctrl & -) and reset zoom to default (Ctrl & 0).
Clicking a link/button will load the linked page in - 1. the same browser window, 2. in a new browser window/tab, 3. in a modal window, or 4. might just pop up a message box Buttons are mostly used to submit some data (e.g, content or comment)
Modal & popup windows are ways to show you a new page without moving (navigating) away from the page opened in the current browser window/tab.
Some links and buttons on an opened page might load the next requested page in a box ("modal window") in the foreground. The page content is covered by a partially transparent gray layer making the content inaccessible (to mouse) until the modal window is closed.
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22-05-26 12:05:31 |
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[QUE/CM-04011]Node id: 2836pageGiven that a particle with one degree of freedom has the Hamiltonian $$ H = {p^2\over 2M}\, \exp(-x/\alpha) + V(x) $$ find the Lagrangian of the particle. |
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22-05-25 13:05:45 |
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[QUE/EM-02001]Node id: 5439page[1] A thin glass rod is bent into a semicircle of radius $R$. A charge $+Q$ is uniformly distributed along the upper half and a charge $-Q$ is distributed uniformly along the lower half as shown in the figure. Find the electric field at P, the center of the semicircle. |
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22-05-24 13:05:33 |
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[2018EM/QUIZ-07]Node id: 5433page$\newcommand{\DD}[2][]{\frac{d^2 #1}{d^2 #2}}$ $\newcommand{\matrixelement}[3]{\langle#1|#2|#3\rangle}$ $\newcommand{\PP}[2][]{\frac{\partial^2 #1}{\partial #2^2}}$ $\newcommand{\dd}[2][]{\frac{d#1}{d#2}}$ $\newcommand{\pp}[2][]{\frac{\partial #1}{\partial #2}}$ $\newcommand{\average}[2]{\langle#1|#2|#1\rangle}$ |
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22-05-21 18:05:15 |
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[2018EM/HMW-01]Node id: 5422page |
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22-05-21 18:05:49 |
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[PSET/EM-01001]Node id: 5435page |
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22-05-21 06:05:52 |
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[2008EM/HMW-06]Node id: 5403page |
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22-05-13 17:05:01 |
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[2008EM/QUIZ-01B-ANS]Node id: 5412page |
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22-05-11 08:05:40 |
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[2008EM/QUIZ-01-ANS]Node id: 5410page |
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22-05-11 07:05:54 |
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[2008EM/QUIZ-01A]Node id: 5409page |
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22-05-11 07:05:55 |
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[2008EM/HMW-11]Node id: 5408page |
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22-05-11 07:05:57 |
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[2008EM/HMW-10]Node id: 5407page |
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22-05-10 20:05:39 |
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