PHYSIMS | STATIC ELECTRICITY SIMULATIONS
Charge Induction in a Conducting Sphere-1
Move the negatively charged rod in this interactive simulation to observe electric charge induction, and touch the rod to see the net charge distribution interactively.
Charge Induction in a Conducting Sphere-2
Move the positively charged rod in this interactive simulation to observe electric charge induction, and touch the rod to see the net charge distribution interactively.
Electric Charge Induction in a Grounded Conducting Sphere-1
Bring the negatively charged rod close to the grounded conducting sphere to observe how electric charge distribution and the sphere’s net charge change due to induction.
Electric Charge Induction in a Grounded Conducting Sphere-2
Bring the positively charged rod close to the grounded conducting sphere in this interactive simulation to observe how the electric charge distribution and the sphere’s net charge change due to induction
Separation of Electric Charge by Induction-1
Observe the separation of net charges in the conducting spheres by bringing the negatively charged rod close.
Separation of Electric Charge by Induction-2
Observe the separation of net charges in the conducting spheres in this interactive simulation by bringing the positively charged rod close to see how the electric charge distribution changes.
Charging Two Conducting Spheres in Contact with the Ground-1
By bringing the negatively charged rod close to the grounded conducting spheres in this interactive simulation, you can give the system a net charge and observe changes in electric charge distribution.
Charging Two Conducting Spheres in Contact with the Ground-2
By bringing the positively charged rod close to the grounded conducting spheres in this interactive simulation, you can give the system a net charge and observe the resulting electric charge distribution.
Charge Distribution in Prolate Conducting Bodies-1
Interactively observe the relationship between charge density and radius of curvature by bringing the negatively charged rod close and into contact.
Charge Distribution in Prolate Conducting Bodies-2
Interactively observe the relationship between charge density and radius of curvature by bringing the positively charged rod close and into contact.
About Me
I am Iman Arbabi, a high school physics teacher who began teaching physics in 2000. Because of my interest in computer programming, I create physics simulations and use them in my classes, sharing them through the web with other physics teachers and students. Certainly, these interactive physics simulation software programs are highly effective in students’ learning and understanding, making it much easier for them to visualize concepts.
Contact Me
PHYSICS SIMULATIONS FOR TEACHERS AND STUDENTS
PHYSICS ELECTRIC_CHARGES CHARGE_INDUCTION PHYSICS SIMULATIONS PHYSICS_VIDEOS MAKE_NET_CHARGE INTERACTIVE PHYSICS PHYSICS_IN_TOUCH CONDUCTING_SPHERE TEACHERS TEACHING_PHYSICS CHARGE_CONTRIBUTING STUDENTS EASY_PHYSICS