Instructions
For running some of the experiments in this virtual lab on your computer you need to install a latest version of Java Devolopment Kit (JDK) and Java Runtime Environment (JRE). In the security tab of jave control panel you need to add the url of this site homepage to clear the security problems and the java update pluging should be installed in the folder as suggested by your browser.
User can use the following websites to install the above mentioned software
List of experiments
- 1.1 Vector addition
- 1.2 Vector products
- 2.1 Coordinate systems
- 2.2 Position vector and distance vector
- 3.1 Curl of a vector field
- 3.2 Divergence of a vector field
- 3.3 Gradient of a scalar field
- 4.1 Variation of electrostatic fields
- 4.2 Curl free static electric field
- 5.1 Variation of electrostatic fields over multiple dielectrics
- 5.2 Electric flux density
- 5.3 Electron moving in different regions
- 6.1 Capacitive grading in condenser bushings
- 7.1 Force on a single current carrying conductor
- 7.2 Force between two current carrying conductors
- 7.3 Magnetic vector potential
- 8.1 Hysteresis loss in different materials
- 8.2 Operating characteristics of a permanent magnet
- 9.1 Variation of time varying fields
- 10.1 Velocity of EM Waves
- 10.2 Visualization of c = ω/β
- 10.3 Transverse Nature of Fields
- 10.4 Skin effect in current carrying conductors
- 10.5 Proximity effect in current carrying conductors
- 10.6 Dispersion phenomenon
- 10.7 Polarization of waves
- 10.8 Normal Incidance in Medium Interface Air Dielectric
- 11.1 Reflection phenomenon in transmission line
- 11.2 Voltage, current and power associated with a short-circuited line
- 11.3 Transmission line as circuit elements
- 12.1 Transverse Electric Modes in a Rectangular Waveguide
- 12.2 Transverse Magnetic Modes in a Rectangular Waveguide
- 13.1 Voltage/charge and current distribution for a dipole antenna
- 13.2 Wave detachment in a wire antenna:Theory
- 13.3 Wave detachment in a wire antenna:animation
- 13.4 Impedance of free space offered to a dipole antenna
- 13.5 Dipole antenna: Current distribution, E and H Fields in near field region
- 13.6 Far field characteristic of a half-wavelength dipole antenna