Electromagnetic Induction and AC Generator

• AC Generator
• Induced Current
• Faraday’s Law
• Lenz Law
• Fleming’s Right Hand Rule

Visit the interactive 3D simulation of Electromagnetic Induction and AC Generator site and follow along

Press Solenoid + Magnet

• to understand induced current in the solenoid due to the bar magnet movement

Press Solenoid + Solenoid

• to understand induced current in the secondary solenoid coil due to current change in primary solenoid coil

Press Armature Coil

• to visualise AC generator Animations

Play around with the parameters

• Rotate
• Flip
• Stop
• Slow Motion

Use mouse

• to zoom and pan around in the 3D space

The most powerful way for concept familiarization at

https://effectuall.github.io/

The Physics 3D Interactive is a growing collection of interactive 3D visuals for current and future generation of learners. It is a work in progress where contents are to be added as developed. In this website I hope to provide students, teachers and classrooms a collection of learning activities that are about engaging physics students in rich interactions. The website is created using Three.js JavaScript 3D Library, HTML and CSS. All contents are developed by me E.P. Sajitha. If you have any feedback regarding the contents, visualizations or if you have suggestions for a new simulation, please click on my name. I have compiled some of the visualization modules here at the Physics Lab.

Magnetic Field Due To Current -Electromagnetism

• Straight Wire
• Circular Coil
• Solenoid Coil
• Toroid
• Fleming’s Right Hand Thumb Rule

Visit the interactive 3D simulation of Magnetic Field Due To Current -Electromagnetism site and follow along

Press Current elements

• to visualise the magnetic field lines around them

Play around with the parameters

• Reset
• Switch
• Polarity
• Formula

Use mouse

• to zoom and pan around in the 3D space

The most powerful way for concept familiarization at

https://effectuall.github.io/

The Physics 3D Interactive is a growing collection of interactive 3D visuals for current and future generation of learners. It is a work in progress where contents are to be added as developed. In this website I hope to provide students, teachers and classrooms a collection of learning activities that are about engaging physics students in rich interactions. The website is created using Three.js JavaScript 3D Library, HTML and CSS. All contents are developed by me E.P. Sajitha. If you have any feedback regarding the contents, visualizations or if you have suggestions for a new simulation, please click on my name. I have compiled some of the visualization modules here at the Physics Lab.

When in doubt with the concepts…

Get your hands on this 3D interactive site available at Github Pages and follow along to

• understand
• visualize
• evaluate

for all your doubt clearance.

Check out the sample microscope 3D interactive and more.

Use controls

• to show/hide the labelling
• to show/hide the ray diagram
• enable clipping for an interiot telescope view

Use mouse

• to zoom and pan around in the 3D space
• to click on the microscope parts for the description

Check out the simulation sample circular motion 3D interactive and more.

Use controls

• to pause/continue car animation
• to select/unselect the vectors
• to adjust the speed of car animation

Use mouse

• to zoom and pan around in the 3D space
• to click on the microscope parts for the description

Check out the interactive 3D simulation of force on a current carrying conductor in a magnetic field and more.

Play around with the parameters

• change current polarity
• flip magnetic polarity
• visualize the force direction etc.

The most powerful way for concept familiarization at

https://effectuall.github.io/

The Physics 3D Interactive is a growing collection of interactive 3D visuals for current and future generation of learners. It is a work in progress where contents are to be added as developed. In this website I hope to provide students, teachers and classrooms a collection of learning activities that are about engaging physics students in rich interactions. The website is created using Three.js JavaScript 3D Library, HTML and CSS. All contents are developed by me E.P. Sajitha. If you have any feedback regarding the contents, visualizations or if you have suggestions for a new simulation, please click on my name. I have compiled some of the visualization modules here at the Physics Lab.