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Teaching Labs

PhET simulation experiments


Physics 1 Lab :

Physics 2 Lab :
  • DC Measuring Devices (Link 1 ) (Link 2)
  • Study and Verify Kirchhoff's Laws (Link)
  • Resistance and Resistivity (Link)
  • Wheatstone Bridge (Link)
  • Capacitor-Introduction (Link)
  • Capacitor and Dielectric (Link)
  • Coulomb's Law (Link)

Physics for health science lab :

  • Measurement of density (Link) (Manual.pdf)
  • Motion along straight line with constant speed (link)
  • Motion along straight line with constant acceleration (Link)
  • Equilibrium of forces (Link)
  • Reflection refraction and total internal reflection (Link)

Experiments available in Applied Physics & Astronomy​ labs


Advanced Physics Experiments

Super conductivity
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​Fabriperot Interferometer                                                                    
​Modern Interferometry
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Muon Physics
Noise Fundamentals
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Magnetic Field and Magnetic torque                                                        
Magnetic susceptibility
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Modern Physics Experiments

Spectrum of Hydrogen Atom (Using Optical Bench and Spectrometer)
The objectives of this experiment is to measure the
wavelengths of the Balmer series of visible emission
lines from hydrogen, and to learn to analyze the
wavelength data to determine the Rydberg constant.
IMG_20180221_134438.jpg
Speed of Light Measurement

Experiment is used to fing the speed of light in
air as well as water medium.
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IMG_20180214_144303.jpgIMG_20180214_125610.jpg
​Specific Charge of Electron (e/m)

This experiment is used to determine
the ratio of charge to mass for an electron.
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Frank-Hertz Experiment

This experiment is to verify the existence
of discrete energy states in atoms.
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IMG_20170403_145515.jpgIMG_20170123_121358.jpg
​Radiation Detection and G-M Tube
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​Absorption of Gamma and Betta
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Photoelectric Effect
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X-Ray Diffraction
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​Zeeman Effect
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Electron Spin Resonance (ESR)
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Basic Mechanics Experiments 


​Measuring Devices and Density

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Equilibrium of Forces at Body Joints
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​Free Fall Motion
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Motion in 2-D (Projectile)
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Uniformly Accelerated Motion
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​​Circular Motion
Moment of inertia.jpg
Newton›s Second Law
​Conservation of Energy
​Conservation of Momentum
​Ballistic Pendulum
​Uniform Circular Motion
​Conservation of Angular Momentum
​Young’s Modulus
​Hook’s Law and SHM
​Simple Pendulum
​​Vibrating String and Standing Wave
​​​Static Fluid and the Force of Buoyancy
​​​Inertia of Different Objects
​​Thermal Expansion
​Motion Along a Straight Line (Constant Velocity & Constant Acceleration)
​​Friction

Electricity & Magnetism Experiments


​Electric Field Mapping 
​DC Circuits
Resistance ​& Resistivity
IMG_20161006_170026.jpg
Ohm’s Law 
​Bridge Measurement (Wheatstone Bridge and Capacitors Bridge)                                                                                                                                  
Resistance-Capacitance Circuit
IMG_20161026_074554.jpgIMG_20161026_074525.jpg
IMG_20161026_074532.jpgIMG_20161026_074520.jpg
Kirchhoff’s Lows
Kirchoffs law.jpg
​CRO (Cathode Ray Oscilloscope)
​Magnetic Field
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​Magnetic Force (Homogeneous Magnetic Field and Non-Homogeneous Magnetic Field)
IMG_20161117_140502.jpg
Electromagnetic Induction (Lens’z Low and Faraday’s Law)
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Capacitance and Dielectric
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Optics Experiments


Focal length of mirrors and lenses experiment
IMG_20161114_074856.jpg                              
​Reflection, Refraction and Total Internal Reflection  
​Refractive index of glass prism using spectrometer
IMG_20161222_151927.jpg

Electronics Experiments


Electronic Components
​Oscilloscope and its Uses in Electronics Lab
​Filters and RCL Circuits
​Diodes and Rectifier Circuits
​Zener Diode and Voltage Regulator
​Transistors
​Operational Amplifier (741)
​The 555 Timer
​Logic Gates
​Seven Segment Display and Decoders
​Semiconductor Memories