<?xml version='1.0' encoding='utf-8'?>
<simulations>
 <simulation>
  <id>
   sim-001
  </id>
  <title>
   Using a Vernier Scale
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/PxFdhgEk/ItUZwos5WzsKWPvJ/material-PxFdhgEk-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/PxFdhgEk
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-002
  </id>
  <title>
   Vernier Calipers
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/b67besak/ld1orXIRLtIZbBnh/material-b67besak-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/csqf7b8m
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-003
  </id>
  <title>
   Vernier calipers with zero error
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/jybrnwgp/fNHZPKStikvfsuPb/material-jybrnwgp-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jybrnwgp
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-004
  </id>
  <title>
   Micrometer with zero error
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qedrwymk/rSDzrgkXrVgZUncg/material-qedrwymk-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qedrwymk
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-005
  </id>
  <title>
   Standard Form and Prefixes
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qxjun83v/cYOqGtot7nXLSxHT/material-qxjun83v-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qxjun83v
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-001
  </id>
  <title>
   Accuracy and Precision
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/JPWSCM3W/hvYIUlrAzaP8D0EX/material-JPWSCM3W-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/JPWSCM3W
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-002
  </id>
  <title>
   Vector Addition
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/FCknj7c3/zpUfDEUpSRypfwUv/material-FCknj7c3-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/FCknj7c3
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-003
  </id>
  <title>
   Relative Velocity: Boat Crossing a River
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/jgA3FrVk/gqsl3bzpLEWgQBpR/material-jgA3FrVk-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jgA3FrVk
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-004
  </id>
  <title>
   Vector Addition
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/p2yvdsvs/mhFFf0DgeLFuuJKh/material-p2yvdsvs-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/p2yvdsvs
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-005
  </id>
  <title>
   Relative velocity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/b9ehq8ua/oafNBAaZT1L7o3uX/material-b9ehq8ua-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/b9ehq8ua
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-010
  </id>
  <title>
   Graph Plotter
  </title>
  <description>
   Upload CSV data, plot a best-fit straight line graph with equation and screenshot option.
  </description>
  <image>
   https://physicstjc.github.io/sls/graph-plotter/graph-plotter.png
  </image>
  <url>
   https://physicstjc.github.io/sls/graph-plotter/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>measurement</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-006
  </id>
  <title>
   Displacement-time graph: average and instantaneous velocity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/mctbbgzn/7V0SIcQoGrV1ARvM/material-mctbbgzn-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/mctbbgzn
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-007
  </id>
  <title>
   Position, Velocity, and Acceleration vs. Time Graphs
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/pdNj3DgD/GzSrA2achtsxUgI5/material-pdNj3DgD-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pdNj3DgD
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-008
  </id>
  <title>
   Acceleration Interaction Animation
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/eHCme87U/Bx8KUnZsvbJqYfop/material-eHCme87U-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/UDUdnA32
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-009
  </id>
  <title>
   Parachute Applet by Abdul Latiff
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/wavar9bx/9aiVQduewxxZ2SZN/material-wavar9bx-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/wavar9bx
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-010
  </id>
  <title>
   Vertical Throw
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/zvsydy9f/t5Pj4VaEc6byURTn/material-zvsydy9f-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/zvsydy9f
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-011
  </id>
  <title>
   Equations of Motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/mfvvhjrj/95vTEnsmySAcQtHr/material-mfvvhjrj-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/mfvvhjrj
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-012
  </id>
  <title>
   Bouncing Ball
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dfb53dps/VXNSIAPtweP1sUow/material-dfb53dps-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/dfb53dps
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-013
  </id>
  <title>
   Graphs of Motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/tsn4x2jp/5qWaW6agovhawpXe/material-tsn4x2jp-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/tsn4x2jp
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-006
  </id>
  <title>
   Motion in a Straight Line Animation (with velocity)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/vhgwfrkj/gczQvKJeVLaAke5P/material-vhgwfrkj-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/vhgwfrkj
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-007
  </id>
  <title>
   Acceleration, velocity and displacement graphs
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qpxcs6vb/in6MAwOxRT2onkzp/material-qpxcs6vb-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qpxcs6vb
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-008
  </id>
  <title>
   Projectile Motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/BXBMnZPS/gOcRuTnhQ3N0QxY4/material-BXBMnZPS-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/BXBMnZPS
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-009
  </id>
  <title>
   Projectile Motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ysf6yxw4/zk212gNtI63FYigl/material-ysf6yxw4-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/rspzuwrs
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-010
  </id>
  <title>
   Kinematics of rectilinear motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/mW8xdnQf/pNzzOwyMoCyXiSeP/material-mW8xdnQf-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/mW8xdnQf
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-011
  </id>
  <title>
   Velocity and displacement graphs
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/a5nzhx4r/nACuFWMoT8FiTojk/material-a5nzhx4r-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/a5nzhx4r
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-012
  </id>
  <title>
   Acceleration and velocity graphs
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ynwtuvf5/VAHZtWAfwL51SYFe/material-ynwtuvf5-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ynwtuvf5
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-013
  </id>
  <title>
   Resolution of Vectors
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/j63uznk7/73IiDmismDbFCZaw/material-j63uznk7-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/j63uznk7
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-014
  </id>
  <title>
   Parachute V3
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/wytxsyrd/VPcTCMTCfCF7qhY1/material-wytxsyrd-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/wytxsyrd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-017
  </id>
  <title>
   Change in Velocity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/vb2fcque/gg5ftJXxtkGnbD8O/material-vb2fcque-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/vb2fcque
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-018
  </id>
  <title>
   Displacement time graph
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/rxpukb8d/MXwhL5IQxFLDbIBp/material-rxpukb8d-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/rxpukb8d
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-001
  </id>
  <title>
   Kinematics Graphs
  </title>
  <description>
   Explore changes in displacement or velocity graphs using sliders for initial velocity and acceleration.
  </description>
  <image>
   https://physicstjc.github.io/sls/kinematics-graph/kinematics-graph.png
  </image>
  <url>
   https://physicstjc.github.io/sls/kinematics-graph/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-005
  </id>
  <title>
   Projectile Simulator
  </title>
  <description>
   Visualize projectile launched vertically from a moving cart, showing independence of velocity components.
  </description>
  <image>
   https://physicstjc.github.io/sls/projectile-simulator/projectile-simulator.png
  </image>
  <url>
   https://physicstjc.github.io/sls/projectile-simulator/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-009
  </id>
  <title>
   Interactive Graph
  </title>
  <description>
   Manipulate velocity vs time graph using sliders, take screenshots for submission.
  </description>
  <image>
   https://physicstjc.github.io/sls/interactive-graph/interactive-graph.png
  </image>
  <url>
   https://physicstjc.github.io/sls/interactive-graph/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>kinematics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-014
  </id>
  <title>
   Resultant Force on a Point Mass
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/w7jdq8tp/bg06wkbYUKIJxMWS/material-w7jdq8tp-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/u2cgrc5q
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-015
  </id>
  <title>
   Forces in Equilibrium
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ac6cjzfe/frLmPV326C6tUVlt/material-ac6cjzfe-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ac6cjzfe
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-016
  </id>
  <title>
   Forces on a Box on a Slope
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/pkpukanq/potqicDslpsCefc3/material-pkpukanq-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pkpukanq
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-017
  </id>
  <title>
   Dynamics Problem
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/kbkabucg/WKp0bLijedY6Arx0/material-kbkabucg-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/kbkabucg
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-021
  </id>
  <title>
   Inclined Plane with Two Masses and a Pulley
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/MQpSdK2A/PB0xnzYDXyo1epSq/material-MQpSdK2A-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/MQpSdK2A
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-022
  </id>
  <title>
   Elastic  Inelastic Collisions
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ezZ2wrGG/JM7MJ1riOuJjaXkQ/material-ezZ2wrGG-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/n3X5njnT
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-025
  </id>
  <title>
   Two Mass Problem
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/fh5pwc37/6N6ccW1btzM1ySKN/material-fh5pwc37-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/fh5pwc37
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-026
  </id>
  <title>
   Inclined Plane with Friction, Two Masses, and a Pulley
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/kZ4H4C7v/uCgLCd0DMRYkKnH1/material-kZ4H4C7v-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/kZ4H4C7v
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-012
  </id>
  <title>
   Relative Velocity
  </title>
  <description>
   Visualizes vector addition of velocity of boat and river current.
  </description>
  <image>
   https://physicstjc.github.io/sls/relative-velocity/relative-velocity.png
  </image>
  <url>
   https://physicstjc.github.io/sls/relative-velocity/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-018
  </id>
  <title>
   System Schema
  </title>
  <description>
   Interactive tool to construct Newton’s 3rd law force interaction diagrams.
  </description>
  <image>
   https://physicstjc.github.io/sls/system-schema/system-schema.png
  </image>
  <url>
   https://physicstjc.github.io/sls/system-schema/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>dynamics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-018
  </id>
  <title>
   Mass, Volume, and Density
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/kr9cNFgJ/wncEauiUYLgEbut7/material-kr9cNFgJ-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/Pw89jUe2
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-019
  </id>
  <title>
   Moments
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/Qnb2Tzcc/2aoPUhQ1zVkrkgWZ/material-Qnb2Tzcc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/Qnb2Tzcc
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-020
  </id>
  <title>
   Moment of a Force
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qzyczffy/kqa3qk5u7zLklS5Y/material-qzyczffy-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qzyczffy
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-021
  </id>
  <title>
   No Title
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xmx55cj5/BhUbVgHGsWyzl3Na/material-xmx55cj5-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xmx55cj5
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-022
  </id>
  <title>
   Stability with varying centre of gravity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/wdjjugwz/e5wFpGMGe0pIJM6I/material-wdjjugwz-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/wdjjugwz
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-023
  </id>
  <title>
   Equilibrium of a Wall Shelf
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/fysec9eh/4twKzH7LiOZoIHwV/material-fysec9eh-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/fysec9eh
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-024
  </id>
  <title>
   Girl on suspended plank
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ndjxzry9/Th621NgsP3jy544f/material-ndjxzry9-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ndjxzry9
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-025
  </id>
  <title>
   Fluid Pressure in a Reservoir
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/XEnWjMEU/t5fZZO8XHfb8peRA/material-XEnWjMEU-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/MK7KhgSh
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>pressure</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-026
  </id>
  <title>
   Pressure in a U Tube
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/MrqUXY4h/0SmzKjGEKbkbn1Va/material-MrqUXY4h-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/SD6m3YHr
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>pressure</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-027
  </id>
  <title>
   Pascal's Principle in a Hydraulic Lift
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/geryzgax/j5hg48ArPe76rlaV/material-geryzgax-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/yb42hP5D
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>pressure</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-028
  </id>
  <title>
   Hydraulic Press
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/egyer7nk/TOztO1ZDJw22aUFJ/material-egyer7nk-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/egyer7nk
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>pressure</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-029
  </id>
  <title>
   U Tube Manometer
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qyuncz3h/egGyAcflGJDaraaw/material-qyuncz3h-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qyuncz3h
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>pressure</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-030
  </id>
  <title>
   Work Done
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/mpgu7qa3/Sv72EDuo0ZlzRtQ6/material-mpgu7qa3-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/mpgu7qa3
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-031
  </id>
  <title>
   Graphs of Energy II
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dnusrn83/KIzndYF22Ch3aEe8/material-dnusrn83-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/H952a2Wc
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-032
  </id>
  <title>
   Conservation of Mechanical Energy: Mass on a Vertical Spring
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/TxXK2dnq/AJWrdVtpfpNSOyp4/material-TxXK2dnq-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/TxXK2dnq
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-033
  </id>
  <title>
   Simple Harmonic Oscillation of Mass-Spring System
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/aebg46df/KPpy348ReIEgX36p/material-aebg46df-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/aebg46df
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-015
  </id>
  <title>
   Bouncing Ball
  </title>
  <description>
   Observe bouncing ball motion with graphs of velocity and displacement, showing energy loss.
  </description>
  <image>
   https://physicstjc.github.io/sls/bouncing-ball/bouncing-ball.png
  </image>
  <url>
   https://physicstjc.github.io/sls/bouncing-ball/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
    <simulation>
  <id>
   sim-044
  </id>
  <title>
   Angular Displacement
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/x7dmuarh/jOiGNEXVLAE6PO5s/material-x7dmuarh-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/x7dmuarh
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-045
  </id>
  <title>
   Angular Velocity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/zfw87g5b/8fqeMuvAlNzuWgPj/material-zfw87g5b-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/zfw87g5b
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-046
  </id>
  <title>
   Uniform Circular Motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/rjza5pwy/R2XHQpUDvtRoQZ1d/material-rjza5pwy-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/rjza5pwy
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-047
  </id>
  <title>
   Aircraft in Circular Motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/jxee2cwd/5BSXMewUCHndQvnn/material-jxee2cwd-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jxee2cwd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-048
  </id>
  <title>
   Conical Pendulum
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/zdd3qbkm/OSYmd4WtcB22whDF/material-zdd3qbkm-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/zdd3qbkm
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-049
  </id>
  <title>
   Friction as a Centripetal Force:
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/mzhmhgua/rgjvGnx0rDOfnQG5/material-mzhmhgua-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/SQNtuDDj
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-050
  </id>
  <title>
   Vertical circular motion (uniform)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/m28vcnbz/yNXvLh4XIbVy1L4F/material-m28vcnbz-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/m28vcnbz
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-051
  </id>
  <title>
   Vertical non-uniform circular motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ny3jhhsp/hVrsnSPV1Qtt3d24/material-ny3jhhsp-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ny3jhhsp
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-052
  </id>
  <title>
   Centripetal Acceleration
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/rnkrmcx8/88Uaj5CW1SS3ZSYg/material-rnkrmcx8-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/rnkrmcx8
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-053
  </id>
  <title>
   Circular motion 3d for IGCSE Physics
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/s4fpkqz2/vVHFzYMUUp3sG3sG/material-s4fpkqz2-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/s4fpkqz2
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>motion-in-a-circle</topic>
  </topics>
 </simulation>
    <simulation>
  <id>
   sim-054
  </id>
  <title>
   Gravitational Potential between Two Planets
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ff55x6vr/72NrjDONYigPgiPc/material-ff55x6vr-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/hzfyjejx
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>gravitational-field</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-055
  </id>
  <title>
   Satellite in Orbit
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/kqvkegxj/KbvzzENM0dWiEsQ4/material-kqvkegxj-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jmqytcsc
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>gravitational-field</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-056
  </id>
  <title>
   Escape Velocity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/va3dbqyd/076sObWjkSURWUtj/material-va3dbqyd-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/va3dbqyd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>gravitational-field</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-057
  </id>
  <title>
   Gravitational Field Strength between two masses
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/yfhyxdm4/T2VUgGr2klfxhBsP/material-yfhyxdm4-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/yfhyxdm4
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>gravitational-field</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-058
  </id>
  <title>
   Pluto and Charon
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/angpz9uu/Ry2ixlJ5UhRsnQ3A/material-angpz9uu-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/angpz9uu
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>gravitational-field</topic>
  </topics>
 </simulation>
 
 <simulation>
  <id>
   js-014
  </id>
  <title>
   Thermal Processes
  </title>
  <description>
   Simulate heat transfer between two bodies with adjustable heat capacity.
  </description>
  <image>
   https://physicstjc.github.io/sls/thermal-processes/heat-capacity.png
  </image>
  <url>
   https://physicstjc.github.io/sls/thermal-processes/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>thermal-physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-034
  </id>
  <title>
   Simple model of heating a metal
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/QDdSsy8t/n7uk34ERzD5zZp8c/material-QDdSsy8t-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/QDdSsy8t
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>kinetic-model-of-matter</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-011
  </id>
  <title>
   Brownian Motion
  </title>
  <description>
   Simulation of particle movement with collisions to show Brownian motion.
  </description>
  <image>
   https://physicstjc.github.io/sls/brownian-motion/brownian-motion.png
  </image>
  <url>
   https://physicstjc.github.io/sls/brownian-motion/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>kinetic-model-of-matter</topic>
  </topics>
 </simulation>
<simulation>
  <id>
   sim-063
  </id>
  <title>
   Velocity vs Displacement of Simple Harmonic Oscillation
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xwx3skfd/LLQOceYM3eP2ifiT/material-xwx3skfd-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xwx3skfd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-064
  </id>
  <title>
   Box Losing Contact with Spring Oscillator
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/pbqtmbfn/QO7MSdk7JHJWEAaQ/material-pbqtmbfn-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ev62ku7w
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-065
  </id>
  <title>
   Resonance with Masses on Springs
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/JCyp4bYH/OnDBFJBOn6yHGoJA/material-JCyp4bYH-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/JCyp4bYH
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-066
  </id>
  <title>
   Accelaration-time graph of simple harmonic motion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/vrqf9hyj/FJ0uUz0S0p8Pg7sl/material-vrqf9hyj-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/vrqf9hyj
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-067
  </id>
  <title>
   Oscillations
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/CdBu65h4/iKwucBVIlGsrVYUm/material-CdBu65h4-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/CdBu65h4
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-068
  </id>
  <title>
   SHM graphs
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xwcfqwya/PaKxcVEgC6sMnyPW/material-xwcfqwya-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xwcfqwya
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-069
  </id>
  <title>
   SHM graphs with energy
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/h7jzv58z/sjE4oADlYvUn2Wv3/material-h7jzv58z-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/h7jzv58z
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-070
  </id>
  <title>
   SHM in 3D
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/tsz95u6p/2rbxBt45uwLLVwyq/material-tsz95u6p-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/tsz95u6p
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>oscillations</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-035
  </id>
  <title>
   Linear Wavefront
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/rbjcszuc/aGf6cdA4xlerbish/material-rbjcszuc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/kmzaends
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-036
  </id>
  <title>
   Circular Wavefronts
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/gwffcn7c/rx5vkPillpB1RQpO/material-gwffcn7c-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/gwffcn7c
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-037
  </id>
  <title>
   Measuring Speed of a Wave
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/rfhhusft/eMEUljshY2geRHGu/material-rfhhusft-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/yxmv39jq
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-038
  </id>
  <title>
   Graphs of a Progressive Wave
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/f7faw3r6/FdEFtuiyldDbo0mP/material-f7faw3r6-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/f7faw3r6
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-039
  </id>
  <title>
   Progressive wave particle movement
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/jnjsgsd5/GER8QIivIgKEknKJ/material-jnjsgsd5-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jnjsgsd5
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-040
  </id>
  <title>
   Transverse and Longitudinal Progressive Waves
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/auyft2pd/fY1Dn0pSH1hseTqi/material-auyft2pd-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/auyft2pd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-041
  </id>
  <title>
   Longitudinal Waves as Displacement-Distance Graph
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xbsehq6s/SBnLgt3H1If1xpZT/material-xbsehq6s-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xbsehq6s
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-042
  </id>
  <title>
   Graph of Longitudinal Wave
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/kq3e2qjk/jDnhWTZ43lPHofW0/material-kq3e2qjk-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/kq3e2qjk
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-002
  </id>
  <title>
   Formation of Stationary Waves
  </title>
  <description>
   Observe how two opposing waves form a stationary wave. Explore effects of mismatched conditions.
  </description>
  <image>
   https://physicstjc.github.io/sls/stationary-waves/stationary-waves.gif
  </image>
  <url>
   https://physicstjc.github.io/sls/stationary-waves/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-006
  </id>
  <title>
   Wave Motion Interactive Animation
  </title>
  <description>
   Demonstrate SHM of particles and the effect of period on wave motion.
  </description>
  <image>
   https://physicstjc.github.io/sls/wave-motion/wave-motion.gif
  </image>
  <url>
   https://physicstjc.github.io/sls/wave-motion/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-017
  </id>
  <title>
   Quiz on Waves
  </title>
  <description>
   Auto-generating graph quiz to test concepts like amplitude, wavelength, period, and frequency.
  </description>
  <image>
   https://physicstjc.github.io/sls/wave-quiz/wave-quiz.png
  </image>
  <url>
   https://physicstjc.github.io/sls/wave-quiz/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
<simulation>
  <id>
   sim-078
  </id>
  <title>
   Conditions for Formation of Stationary Waves
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/wse5hvmj/nVoVtpY5qbeALN4Y/material-wse5hvmj-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/wse5hvmj
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-079
  </id>
  <title>
   Phase Difference on a Stationary Wave
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xm5mnfyq/WVHXGPnmWuYqd4PR/material-xm5mnfyq-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xm5mnfyq
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-080
  </id>
  <title>
   Phase Difference on a Stationary Wave (fixed positions)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/zg4spztb/mxoDrCZEygqtPc7a/material-zg4spztb-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/zg4spztb
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-081
  </id>
  <title>
   Standing Waves on Strings
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qYX5eakP/72tltbgYvZk2xE87/material-qYX5eakP-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qYX5eakP
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-082
  </id>
  <title>
   Resonant Frequency of Standing Waves on a Stretched String
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/bpnejfsv/Ww1IW7bcc4uBHHWI/material-bpnejfsv-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/bpnejfsv
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-083
  </id>
  <title>
   Single Slit Diffraction Relative Intensity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/wanct2nt/cWRj1LM0T8D6hVhy/material-wanct2nt-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/g6m4dh9s
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-084
  </id>
  <title>
   Two source path difference
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/Dh7SDHa8/o4jxjMzBKwwUIoIL/material-Dh7SDHa8-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ayECjetm
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-085
  </id>
  <title>
   Double Slit Interference
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/quqcv8pe/ml2plujUnRcT8xJf/material-quqcv8pe-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/nxkcffkd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-086
  </id>
  <title>
   Wave Interference in 3D
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/uXF5HM4h/OAO0sNNo3JJZM3tz/material-uXF5HM4h-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/XdW2SjQ8
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-087
  </id>
  <title>
   Optical Diffraction Grating
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/p5m34MKj/kKyIQuhZIoekUrbx/material-p5m34MKj-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/p5m34MKj
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-088
  </id>
  <title>
   Resolution and the Rayleigh Criterion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/er2sravh/lZnIYV6toLg2iOZI/material-er2sravh-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/er2sravh
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-089
  </id>
  <title>
   Wave Pulse Interference and Superposition
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dJrTcxYd/JNPRIgAQMJNFG2P4/material-dJrTcxYd-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/dJrTcxYd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-090
  </id>
  <title>
   Wave Interference
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dnbpbvz7/Lc7zSM8l64qgLxss/material-dnbpbvz7-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/dnbpbvz7
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-091
  </id>
  <title>
   Path difference
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/jkqmuvne/erb63WH5Hf2w6RH6/material-jkqmuvne-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jkqmuvne
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-092
  </id>
  <title>
   Stationary Sound Wave (Displacement and Pressure)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xbknrstt/80Y4YE9ghJo79s1y/material-xbknrstt-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xbknrstt
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-093
  </id>
  <title>
   Harmonics of Open Pipes
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/tsufws72/gHeq0K3tFWixehAG/material-tsufws72-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/tsufws72
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-094
  </id>
  <title>
   Harmonics for Closed Pipe
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/gm9k6hkg/iY5R5OPvsUot2iQW/material-gm9k6hkg-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/gm9k6hkg
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>superposition</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-043
  </id>
  <title>
   Reflection from a Plane Mirror
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/KdaXessn/aTCccLUL7haYUdmq/material-KdaXessn-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/gzPUZMBb
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-044
  </id>
  <title>
   Snell's Law
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/KUchQNVQ/p1i8B6Z2cJFFNy63/material-KUchQNVQ-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/KUchQNVQ
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-045
  </id>
  <title>
   Ray diagram for converging lens
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/J8Xv8ZB3/1vyWh3Jpz8tgMJ1f/material-J8Xv8ZB3-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/J8Xv8ZB3
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-046
  </id>
  <title>
   Copy of Optics of the Human Eye
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ux9ke25p/zA5aS8r2lQBqIidM/material-ux9ke25p-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ux9ke25p
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-047
  </id>
  <title>
   Converging Lens
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qxsu8jy5/qi2FSfbxfJtPMDa0/material-qxsu8jy5-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pfncxexz
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-048
  </id>
  <title>
   Concave Mirror
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/Dk34GZUA/F6fXowoLzwafsfHd/material-Dk34GZUA-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/Dk34GZUA
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-049
  </id>
  <title>
   Apparent Depth V1
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/bgts4zkc/6SrFKqKpZi2dNNlk/material-bgts4zkc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/uubqucvj
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-050
  </id>
  <title>
   Thin Converging Lens (Movable)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dp6tastr/V121foSMbUnei914/material-dp6tastr-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/dp6tastr
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-051
  </id>
  <title>
   Critical Angle for Total Internal Reflection
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/DHmnJnHh/0GYrxZ4a3I7Eys8q/material-DHmnJnHh-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/DHmnJnHh
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-052
  </id>
  <title>
   Reflection visible or not
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/rjpb2dv7/nrPvIAaKLhFyKJZS/material-rjpb2dv7-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/rjpb2dv7
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-053
  </id>
  <title>
   Reflection and Refraction
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/tvstqv47/BpdBNDKShXDKJR3T/material-tvstqv47-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/tvstqv47
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-054
  </id>
  <title>
   Where is the Fish? A Refraction Simulation
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/kdszgpfg/WXVdXn2dVZxuoMGI/material-kdszgpfg-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/kdszgpfg
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-055
  </id>
  <title>
   Apparent Depth V2
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/hu3pcnex/qQKCP4DG4FwrSHan/material-hu3pcnex-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/hu3pcnex
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-056
  </id>
  <title>
   Refraction Self-Test
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/fhmmuhbg/lvX9x9P04v0wZKW1/material-fhmmuhbg-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/fhmmuhbg
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>light</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-057
  </id>
  <title>
   Electromagnetic Waves
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xhYwXSsH/CFASb2HdylssjiA4/material-xhYwXSsH-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xhYwXSsH
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetic-spectrum</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-058
  </id>
  <title>
   Frequency and Amplitude of Sound
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/afg2t74v/M5GLAekn6oK81HdA/material-afg2t74v-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/cnba7x4g
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>sound</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-059
  </id>
  <title>
   Sound Wave (Displacement and Pressure)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dfh2jjxy/DEnk8LeFB2Vpyed4/material-dfh2jjxy-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/dfh2jjxy
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>sound</topic>
  </topics>
 </simulation>
<simulation>
  <id>
   sim-095
  </id>
  <title>
   Electric Potential
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/bPexk3Uw/eXYbhCTa0DgeBNHr/material-bPexk3Uw-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/bPexk3Uw
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electric-fields</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-096
  </id>
  <title>
   Electric Potential for Multiple Point Charges
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/PC6SsyaT/ZNcbsWn1xSkSykUO/material-PC6SsyaT-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/zpdbqgKy
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electric-fields</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-097
  </id>
  <title>
   Charged Particle in an Electric Field
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/R6UGrg6n/Dqr2E2zSYfeXDyta/material-R6UGrg6n-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/R6UGrg6n
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electric-fields</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-098
  </id>
  <title>
   Electrostatic Forces of Two Charges on a Third
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/Z4qkqpYu/KxBHDiTY8R4naHTR/material-Z4qkqpYu-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/RgQdcNuD
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electric-fields</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-099
  </id>
  <title>
   Potential of Two Point Charges
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/z8cr66wb/f9TDo9tlE5UnxkZ9/material-z8cr66wb-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/z8cr66wb
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electric-fields</topic>
  </topics>
 </simulation>
    
 <simulation>
  <id>
   js-003
  </id>
  <title>
   Electric Potential of Two Charges
  </title>
  <description>
   Visualize electric potential due to two charges. Adjust magnitudes, signs, and distances using sliders.
  </description>
  <image>
   https://physicstjc.github.io/sls/electric-potential/electric-potential.png
  </image>
  <url>
   https://physicstjc.github.io/sls/electric-potential/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>electric-fields</topic>
  </topics>
 </simulation>
    
 <simulation>
  <id>
   sim-060
  </id>
  <title>
   I-V characteristics (resistor)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/K2gh8kfM/3j5Ec4vrQzMx7l8Y/material-K2gh8kfM-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/K2gh8kfM
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-061
  </id>
  <title>
   Voltmeter
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/watavkq8/Lhwi7a3W3E1V4HG9/material-watavkq8-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/watavkq8
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-100
  </id>
  <title>
   Internal Resistance
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xmnmqedn/jPLLveuHLJw4wx1H/material-xmnmqedn-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/UP4zF7qR
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-101
  </id>
  <title>
   Maximum Power Theorem
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/hscshcj8/JQTWvK7Rh7TlDNEp/material-hscshcj8-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/hscshcj8
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-102
  </id>
  <title>
   Potentiometer
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/m7tc5szx/EoFuayA8a8v76TcE/material-m7tc5szx-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pzy3qua8
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-062
  </id>
  <title>
   Combination Electric Circuit with Four Identical Bulbs
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/Vq8jv86K/k5bOiIonhG8TyKOX/material-Vq8jv86K-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/DySEJY3w
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-063
  </id>
  <title>
   Current and Voltage in a Parallel Circuit
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/pHHxZrAf/So73k8C7q1R2V80k/material-pHHxZrAf-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pHHxZrAf
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-064
  </id>
  <title>
   Electric Circuits
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/etszj23m/gjnoj8EharcAwsrh/material-etszj23m-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/etszj23m
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-065
  </id>
  <title>
   DC Motor 3D
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/z9prvqrq/L0DMWChd7GaOB2IU/material-z9prvqrq-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/wcmvnj86
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-104
  </id>
  <title>
   Resistors in Circuits
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/cukmcvxf/vGagoI6URM6lek73/material-cukmcvxf-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jYwhbaN6
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-107
  </id>
  <title>
   Internal Resistance
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/puvfjxk5/agkSwqxRkq0j5xFs/material-puvfjxk5-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/puvfjxk5
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-066
  </id>
  <title>
   Practical Electricity
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/pmatpapk/5raZJNXHAwYGZsVA/material-pmatpapk-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pmatpapk
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electricity</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-067
  </id>
  <title>
   3D Magnetic field from magnet
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/reNCF9Sz/HQzAydkHN6nCQ5ZU/material-reNCF9Sz-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/g9DXB8AD
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>magnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-068
  </id>
  <title>
   DC Motor
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/UqPD6ax7/CvSMUruwiX0R8eRK/material-UqPD6ax7-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/PN2YrxBb
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-069
  </id>
  <title>
   B field around a wire
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/Xr65rR3b/FFkexKVEvdl4GxtQ/material-Xr65rR3b-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/Xr65rR3b
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-070
  </id>
  <title>
   Fleming's left hand rule
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/h3kxv53w/i63znZBDkv5UhSW7/material-h3kxv53w-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/h3kxv53w
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-071
  </id>
  <title>
   Fleming's left hand rule
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/jax9jwxc/MKQvXfORA3uaZ70N/material-jax9jwxc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jax9jwxc
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-072
  </id>
  <title>
   DC Motor 2D
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/eayhekjz/l1wIHzmuD2POpGh0/material-eayhekjz-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/bqpjbrnw
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-108
  </id>
  <title>
   Forces Between Two Current-Carrying Wires
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/gc39y5hc/p5LRqBtQaN2WY51V/material-gc39y5hc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/JSrCbknr
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-110
  </id>
  <title>
   Charged Particles in a Magnetic Field
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/k9yrhsst/IUrBxGLRDl3yDQOs/material-k9yrhsst-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/dFQG5amD
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-112
  </id>
  <title>
   3D Force on current in Magnetic field
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/egdpjrpc/GuakwmomXkNF1GGa/material-egdpjrpc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/egdpjrpc
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-114
  </id>
  <title>
   Charged Particle in a Magnetic Field 3D
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qajRP2O4/nBJa7i53VdoPZsJe/material-qajRP2O4-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qajRP2O4
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-115
  </id>
  <title>
   Charged Particles in a Magnetic Field
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/mkem6b9y/5XbUacxSB7eWyPPH/material-mkem6b9y-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/mkem6b9y
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-116
  </id>
  <title>
   Charged Particles in Parallel Magnetic and Electric Fields
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/erehat7n/tLDUdQVSiDl0sTNT/material-erehat7n-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/erehat7n
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-117
  </id>
  <title>
   Helical movement
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/gg6zhevd/SjEFhrCOosKBfAmC/material-gg6zhevd-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/gg6zhevd
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetism</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-118
  </id>
  <title>
   Magnetic Induction
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/w2jp2Jsy/fQRkDrxBR7F7UVA3/material-w2jp2Jsy-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/JPFxyhtA
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetic-induction</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-119
  </id>
  <title>
   3D Rotating coil
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/QJdqdmbR/EUZsG5FIo71iJEQb/material-QJdqdmbR-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/QJdqdmbR
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetic-induction</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-120
  </id>
  <title>
   AC Generator 3D
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xpm5s7wz/lDG5mEPSHBx1XrVq/material-xpm5s7wz-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/gpjfkhzw
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>electromagnetic-induction</topic>
  </topics>
 </simulation>
 
 
 <simulation>
  <id>
   sim-121
  </id>
  <title>
   Root-Mean-Squared Current (Sinusoidal)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/btx3uzec/FSv3YTkq4cXWLZtX/material-btx3uzec-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/btx3uzec
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>alternating-current</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-122
  </id>
  <title>
   Root-Mean-Squared Rectified Current
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/pmdfkamh/eKHcBx5jF2M8MRB1/material-pmdfkamh-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pmdfkamh
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>alternating-current</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-123
  </id>
  <title>
   AC Transformer
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/tc7mxwgs/SVdsi2X3DgdJl6BN/material-tc7mxwgs-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/tc7mxwgs
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>alternating-current</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-124
  </id>
  <title>
   AC Power
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xmta8sud/fmoBjESIm7oL1Nvx/material-xmta8sud-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xmta8sud
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>alternating-current</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-125
  </id>
  <title>
   Root mean square
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/tdxdmfzf/DsJIrPHvXzfkHl1M/material-tdxdmfzf-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/tdxdmfzf
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>alternating-current</topic>
  </topics>
 </simulation>
 
 <simulation>
  <id>
   sim-059
  </id>
  <title>
   First Law of Thermodynamics
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/wttrxzje/D8jj8gsqlvQmnP0B/material-wttrxzje-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/yu2mkfxs
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>thermal-physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-060
  </id>
  <title>
   PV diagram for an Ideal Gas
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dvtxwp4g/wsDLIqNwVT3DXGRE/material-dvtxwp4g-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xyqhfvyw
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>thermal-physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-061
  </id>
  <title>
   Idealized Stirling Cycle
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ckayaykx/Xv2ihenl1jnazS2E/material-ckayaykx-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/pbnw2yas
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>thermal-physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-027
  </id>
  <title>
   Buoyancy
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/uM5fD5KD/QoZDFHHIT01CXAv6/material-uM5fD5KD-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/uM5fD5KD
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-028
  </id>
  <title>
   Friction: Pulling a Box on a Horizontal Surface
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ynATf9QU/8zWOmIVvuFrOSHcI/material-ynATf9QU-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ynATf9QU
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-029
  </id>
  <title>
   Hydrostatic Pressure and Upthrust
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xxeyzkqq/UqONLnF0PRTx81bt/material-xxeyzkqq-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xxeyzkqq
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-030
  </id>
  <title>
   Coplanar concurrent forces
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/vw8grewc/dotpbgHX3qbXKjPH/material-vw8grewc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/vw8grewc
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-032
  </id>
  <title>
   Torque of a Couple
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/prmucjp6/kRbobVon28iJ7Bwq/material-prmucjp6-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/prmucjp6
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-034
  </id>
  <title>
   Upthrust
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/qvsp9ny9/6D1B0GqRFKSzLD0K/material-qvsp9ny9-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qvsp9ny9
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-035
  </id>
  <title>
   Forces in Equilibirum (Photoframe)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/jqp9z9qc/8HNXPHvGLXkSy678/material-jqp9z9qc-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/jqp9z9qc
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-036
  </id>
  <title>
   Equilibrium of a Wall Shelf
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xdbr7qr5/oxL0SnbXFugZ4dxV/material-xdbr7qr5-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/xdbr7qr5
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-038
  </id>
  <title>
   Resultant Force on a Point Mass
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/w7jdq8tp/bg06wkbYUKIJxMWS/material-w7jdq8tp-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/rtubwx9m
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>forces</topic>
  </topics>
 </simulation>
 
 
 <simulation>
  <id>
   sim-130
  </id>
  <title>
   Half-Life Action!!!
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/Ym5NQWJp/YKLkxk6Ea1IAcJ1o/material-Ym5NQWJp-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/Ym5NQWJp
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>nuclear physics</topic>
  </topics>
 </simulation>
 
 

 <simulation>
  <id>
   sim-072
  </id>
  <title>
   Polarisation Malus' Law
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/x5w3XjJs/I155X6JqV20Emh58/material-x5w3XjJs-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/x5w3XjJs
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-073
  </id>
  <title>
   Amplitude nach lineare Polarisation
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/nxqRUBJm/zZDMLe6jm02pXKPv/material-nxqRUBJm-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/nxqRUBJm
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-074
  </id>
  <title>
   Phase difference between two particles on a wave
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/kmpdntk6/NglCdzDbL7iLR83X/material-kmpdntk6-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/kmpdntk6
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-075
  </id>
  <title>
   Phase Difference between two waves
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/ymyxaejr/bKyzYYQ6W60edNXx/material-ymyxaejr-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/ymyxaejr
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>waves</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-039
  </id>
  <title>
   Work done
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/zhjhx9d9/Daxr7qC1kRSArY0E/material-zhjhx9d9-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/zhjhx9d9
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-040
  </id>
  <title>
   Work done (with initial v)
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/vgqsdsqz/zcvLIguxLSCFjAsP/material-vgqsdsqz-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/vgqsdsqz
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-042
  </id>
  <title>
   Bungee Jumping With Energy Conservation
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/dTAq6KaN/NWmH7HV7DXFay05P/material-dTAq6KaN-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/aBRsx86n
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-043
  </id>
  <title>
   Work Done by Two Forces
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/bpdmqepv/p7VRPYKgOJi9yv1c/material-bpdmqepv-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/qvhthk5a
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>energy-work-power</topic>
  </topics>
 </simulation>

    <simulation>
  <id>
   js-013
  </id>
  <title>
   Radioactive Decay
  </title>
  <description>
   Observe radioactive decay and plot decay curves with variable half-life.
  </description>
  <image>
   https://physicstjc.github.io/sls/radioactive-decay/radioactive-decay.png
  </image>
  <url>
   https://physicstjc.github.io/sls/radioactive-decay/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>nuclear physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-016
  </id>
  <title>
   Geiger-Muller Counter
  </title>
  <description>
   Explore background radiation and compare count rates with various sources.
  </description>
  <image>
   https://physicstjc.github.io/sls/gm-counter/gm-counter.png
  </image>
  <url>
   https://physicstjc.github.io/sls/gm-counter/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>nuclear physics</topic>
  </topics>
 </simulation>
<simulation>
  <id>
   sim-126
  </id>
  <title>
   Photoelectric Effect
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/fUAMmQjq/Tlx6yfoJtkw8Bqoe/material-fUAMmQjq-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/CNjjqZq9
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>quantum-physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-127
  </id>
  <title>
   Photoelectric effect
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/c6ZmnCQD/qNDmOSLcejgWLjJu/material-c6ZmnCQD-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/c6ZmnCQD
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>quantum-physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-128
  </id>
  <title>
   Energy Level Diagrams
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/RRFMyuxE/BZ7SjRRBJ7wR4rm7/material-RRFMyuxE-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/XY2K8htr
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>quantum-physics</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-129
  </id>
  <title>
   Hydrogen Atom Electron Energy Levels
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/xzsjvm4q/KtdyDMa1LUiulMk0/material-xzsjvm4q-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/awfut3uv
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>quantum-physics</topic>
  </topics>
 </simulation>
<simulation>
  <id>
   js-004
  </id>
  <title>
   Earth-Moon System
  </title>
  <description>
   Shows how the Moon's rotation matches its revolution around Earth.
  </description>
  <image>
   https://physicstjc.github.io/sls/earth-moon-system/earth-moon-system.png
  </image>
  <url>
   https://physicstjc.github.io/sls/earth-moon-system/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>general</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-007
  </id>
  <title>
   Bohr's Model of the Atom
  </title>
  <description>
   Interactive Bohr model of atoms up to atomic number 20. Change element to view shell configuration.
  </description>
  <image>
   https://physicstjc.github.io/sls/bohr-model/bohr-model.png
  </image>
  <url>
   https://physicstjc.github.io/sls/bohr-model/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>general</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   js-008
  </id>
  <title>
   Dice Simulator
  </title>
  <description>
   Math-based probability simulator for rolling one or two dice, with charts and result tracking.
  </description>
  <image>
   https://physicstjc.github.io/sls/dice/dice.png
  </image>
  <url>
   https://physicstjc.github.io/sls/dice/index.html
  </url>
  <platform>
   JavaScript
  </platform>
  <topics>
   <topic>general</topic>
  </topics>
 </simulation>
    <simulation>
  <id>
   sim-131
  </id>
  <title>
   Line of Best Fit
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/f96zyayz/s6ydE5EhIvlm4nsd/material-f96zyayz-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/f96zyayz
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>graphing-technique</topic>
  </topics>
 </simulation>
 <simulation>
  <id>
   sim-132
  </id>
  <title>
   Least Squares Criterion
  </title>
  <description />
  <image>
   https://www.geogebra.org/resource/zHwQNvpW/UI4ZvgXeUVUGjnOC/material-zHwQNvpW-thumb.png
  </image>
  <url>
   https://www.geogebra.org/m/zHwQNvpW
  </url>
  <platform>
   GeoGebra
  </platform>
  <topics>
   <topic>graphing-technique</topic>
  </topics>
 </simulation>
</simulations>