Sessional Courses
Sessional Courses:
- Phy102: CE and WRE (L1T1)
- Phy102: ChE (L1T1)
- PHY102: MME (L1T1)
- PHY102: BME (L1T1)
- PHY102: ME, NAME and IPE (L1T2)
- PHY102: EEE (L1T2)
- PHY152: BME (L1T2)
- PHY154: NCE (L1T2)
- PHY114: CSE (L1T1)
New Sessional Experiments:
- M3: Verification of Heisenberg’s uncertainty principle using a single slit diffraction pattern
- G5: Determination of the moment of inertia of a point mass and verification of conservation of angular momentum
- E6: Determination of dielectric constant of materials using a parallel plate capacitor
- E3:
- E9: Determination of Hall Coefficient and Charge Carrier Concentrations of a Metal
Sessional Experiment Manuals:
- E3: Verification of Biot-Savart law and Tangent law
- E6: Determination of dielectric constant of materials using parallel plate capacitor UG Lab_1
- E6: Determination of dielectric constant of materials using parallel plate capacitor UG Lab_2&3
- G5: Determination of the moment of inertia of a point mass and verification of conservation of angular momentum
- M1: Determination of the threshold frequency for the material of a photocathode and hence find the value of the Planck’s constant UG Lab_1
- M1: Determination of the threshold frequency for the material of a photocathode and hence find the value of the Planck’s constant UG Lab_3
- M2: Determination of the linear absorption coefficient and mass absorption coefficient of aluminum (Al) using 137Cs radioactive source
- M3: Verification of Heisenberg’s uncertainty principle using single slit diffraction pattern
- M5: Determination of background radiation and verification of the inverse square law of gamma radiation
- O6: Study of the intensity distribution of Fraunhofer diffraction pattern due to a double slit
- W1: Determination of line frequency by Lissajous figures using an oscilloscope and a function generator and verification of the ‘calibration’ of the TIME/DIV Knob at a particular position for different frequencies
Virtual Sessional Experiments:
- VL-E1: VERIFICATION OF THE COULOMB'S LAW OF ELECTROSTATICS
- VL-E2: DETERMINATION OF DIELECTRIC CONSTANT OF A MATERIAL USING A PARALLEL PLATE CAPACITOR
- VL-E3: TO PLOT THE I-V CHARACTERISTIC CURVES FOR AN OHMIC CONDUCTOR, A THERMISTOR AND A DIODE
- VL-G1: DETERMINATION OF THE YOUNG’S MODULUS OF THE MATERIAL OF A WIRE
- VL-H1: DETERMINATION OF THE SPECIFIC HEAT CAPACITY OF DIFFERENT MATERIALS
- VL-H2: CALIBRATION OF A GIVEN THERMOCOUPLE
- VL-H3: DETERMINATION OF THE LATENT HEAT OF MELTING OF ICE USING ELECTRICAL METHOD
- VL-M1: DETERMINATION OF THE THRESHOLD FREQUENCY FOR THE MATERIAL OF A PHOTOCATHODE AND HENCE FIND THE VALUE OF THE PLANCK’S CONSTANT
- VL-M2: DETERMINATION OF THE LINEAR ABSORPTION COEFFICIENT AND MASS ABSORPTION COEFFICIENT OF LEAD (Pb) AND ALUMINUM (Al) USING 60Co RADIOACTIVE SOURCE
- VL-M3: DETERMINATION OF THE LATTICE CONSTANTS OF NACL CRYSTAL BY AN X-RAY DIFFRACTION SIMULATOR
- VL-O1: DETERMINATION OF THE WAVELENGTH OF MONOCHROMATIC LIGHT BY YOUNG’S DOUBLE SLIT EXPERIMENT
- VL-O2: DETERMINATION OF THE RADIUS OF CURVATURE OF A LENS BY NEWTON’S RINGS EXPERIMENT
- VL-O3: VERIFICATION OF MALUS’ LAW OF POLARIZATION OF LIGHT
- VL-W1: DETERMINATION OF THE SPRING CONSTANT AND THE EFFECTIVE MASS OF A SPIRAL SPRING
- VL-W2: DETERMINATION OF ACCELERATION DUE TO GRAVITY ‘g’ AND VERIFICATION OF CONSERVATION OF ENERGY OF A SIMPLE PENDULUM
Sessional Experiment lists:
- Phy 102: BME (L1T1)
- Phy 102: CE and WRE (L1T1)
- Phy 102: ChE (L1T1)
- Phy 102: CSE (L1T1)
- Phy 102: MME (L1T1)
- Phy 102: EEE (L1T2)
- Phy 102: ME, IPE and NAME (L1T2)
- Phy 152: BME (L1T2)
- Phy 154: NCE (L1T2)
Online Sessional Experiment lists:
- Phy102: BME (L1T1)
- Phy102: CE and WRE (L1T1)
- Phy102: ChE (L1T1)
- Phy102: CSE (L1T1)
- Phy102: MME (L1T1)
- Phy102: EEE (L1T2)
- Phy102: ME, IPE and NAME (L1T2)
- Phy152: BME (L1T2)