generated-with: Easy Java/Javascript Simulations, version 5.3, build 231210. Visit http://www.um.es/fem/Ejs
title: Lorentz force on a wire
logo-image: Magnetic Force on current-carrying conductor/2016-06-15_1647s.png
author: Francisco (Paco) Esquembre; lookang (weelookang@gmail.com)
copyright: Creative Commons Attribution
preferred-width: 800
preferred-height: 600
author-image: 01authorPacoEsquembre2011.png;./1authorlookangphoto5050.png
source: LorentzForcewee01.ejss
main-script: 
main-simulation: LorentzForcewee01_Simulation.xhtml
available-languages: 
html-description: LorentzForcewee01_Intro_2.html
html-description: LorentzForcewee01_Intro_1.html
html-contents: LorentzForcewee01_Contents.xhtml
html-main: LorentzForcewee01.xhtml
page-title: Lorentz forces
page-index: LorentzForcewee01_Intro_1.html
page-title: Exercise
page-index: LorentzForcewee01_Intro_2.html
page-title: Lorentz force on a wire
page-index: index.html
resource: 1authorlookangphoto5050.png
resource: 01authorPacoEsquembre2011.png
resource: LorentForce/LorentzForce.gif
resource: Magnetic Force on current-carrying conductor/2016-06-15_1647s.png
resource: Magnetic Force on current-carrying conductor/lookangphoto.png
resource: Magnetic Force on current-carrying conductor/Magnetic Force on current carrying conductor.png
resource: Magnetic Force on current-carrying conductor/model.json
resource: Magnetic Force on current-carrying conductor/model.obj
resource: LorentForce/Ejs Open Source Lorentz force on a current carrying wire java applet 1.PNG
resource: LorentForce/left-hand-rule.jpg