V. PRACTICAL EXPERIMENTS
List of Experiments Year
2012 - 2013 Practicals: Op - Amp AstableMultivibrator Study of characteristics of photodiode (solar cell) Determination of efficiency of solar cells 8085 ALP for BCD to Binary conversion Demonstrations: Determination of resistivity for different materials by four probe method Determination of Curie temperature of ferrites 2013-2014 Practicals: Op Amp AstableMultivibrator Study of characteristics of photodiode (solar cell) Determination of efficiency of solar cells Characteristics of Laser diodes 8085 ALP for finding the Ascending and Descending order Demonstrations: Determination of resistivity for different materials by four probe method Determination of Curie temperature of ferrites Demonstration of Hall effect 2014 - 2015 Practicals: Op Amp AstableMultivibrator Study of characteristics of photodiode (solar cell) Determination of efficiency of solar cells Characteristics of Laser diodes Qualitative and Quantitative study of chlorophyll, carbohydrates, proteins and heavy metal ions (Interdepartmental with Chemistry) 8085 ALP for finding the Ascending and Descending order
Demonstrations: Determination of resistivity for different materials by four probe method Demonstration of interfacing of LED using microprocessor Determination of Curie temperature of ferrites 2015 - 2016 Practicals: Op Amp AstableMultivibrator Study of characteristics of photodiode (solar cell) Determination of efficiency of solar cells Characteristics of Laser diodes Qualitative and Quantitative study of chlorophyll, carbohydrates, proteins and heavy metal ions (Interdepartmental with Botany) 8085 ALP for finding the Ascending and Descending order Demonstrations: Determination of resistivity for different materials by four probe method Demonstration of regulated power supply using OP-Amp Determination of Curie temperature of ferrites
2016 -2017 Practicals Single stage RC Coupled amplifier Hartley Oscillator Determination of efficiency of solar cells Isolation of chlorophyll pigments by paper chromatography (Interdepartmental with Botany) Measurement of pH for alkaline solutions (Interdepartmental with Chemistry) Demonstrations:
Determination of resistivity for different materials by four probe method
Determination of Magnetic susceptibility of liquids by Quincke’s method
Determination of Curie temperature of ferrites
2017 - 2018 Core Physics Practical – I: I B.Sc Physics Determination of Spring Constant of different metals Determination of frequency of tuning fork using Melde’s apparatus Experimental determination of Planck’s constant Core Physics Practical – II: II B.Sc Physics Measurement of dielectric constant Determination of Band Gap using Thermistor Verification of Ohm’s law by Joule’s Calorimeter Measurement of Resistance using Carey Foster’s Bridge Core Physics Practical – III: III B.Sc Physics Determination of Cauchy’s constants using Spectrometer RC Coupled Amplifier - single stage Op -Amp - Differentiator and Integrator Demonstration: Magnetic Hysteresis Loop Tracer Hall effect 2018-2019 Core Physics Practical – I: I B.Sc Physics Determination of Spring Constant of different metals Determination of frequency of tuning fork using Melde’s apparatus Experimental determination of Planck’s constant Core Physics Practical – II: II B.Sc Physics Measurement of dielectric constant Determination of Band Gap using Thermistor Verification of Ohm’s law by Joule’s Calorimeter Measurement of Resistance using Carey Foster’s Bridge Core Physics Practical – III: III B.Sc Physics Determination of Cauchy’s constants using Spectrometer RC Coupled Amplifier - single stage Op -Amp - Differentiator and Integrator Demonstration: Magnetic Hysteresis Loop Tracer Hall effect 2019 - 2020 Core Physics Practical – I: I B.Sc Physics Determination of Spring Constant of different metals Determination of frequency of tuning fork using Melde’s apparatus Experimental determination of Planck’s constant Core Physics Practical – II: II B.Sc Physics Measurement of dielectric constant Determination of Band Gap using Thermistor Verification of Ohm’s law by Joule’s Calorimeter Measurement of Resistance using Carey Foster’s Bridge Core Physics Practical – IV: III B.Sc Physics Series Resonance Circuit Parallel Resonance Circuit Thevenin’s Theorem Norton’s Theorem High/ Low/ Band Pass filter Obtain the energy of various atoms namely H, O and N in their neutral, cationic and anionic states Obtain the energy of diatomic molecules such as H2, O2 and NaCl by varying their interatomic distances Demonstration: Hall effect Magnetic Hysteresis Loop Tracer