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NEP THERMAL PROPERTIES OF MATTER & ELECTRONIC CIRCUITS (Practical Physics) (Sem-II)

ISBN :

Author : SL Gupta, V Kumar

Ebook Price : Free

Pages : 176 Approx

Binding : Soft

Contents
  • LAB EXPERIMENTS– 1. To determine mechanical equivalent of heat by using Callendar and Barne’s constant flow calorimeter; 2. To determine coefficient of thermal conductivity of a metal (copper), by using Searle’s apparatus; 3. To determine coefficient of thermal conductivity of rubber in the form of a tube; 4. To determine coefficient of thermal conductivity of a non-metallic solid (bad conductor) by Lee’s disc method.; 5. To determine value of Stefan’s constant.; 6. To verify Stefan’s law.; 7. Variation of thermo-emf across two junctions of a thermocouple with temperature; 8. To determine temperature coefficient of resistance for Platinum, using a platinum resistance thermo-meter, and a Callender and Griffith’s bridge.; 9A. To study charge and discharge of a condenser through a resistance (CR circuit).; 9B. To study charge and discharge of a condenser through a resistor.; 10A. AC Bridges : To determine self inductance by Anderson’s method.; 10B. AC Bridges : To determine self-inductance by Maxwell’s L/C bridge.; 10C. AC Bridges : To determine self-inductance of a given coil by Maxwell’s inductance bridge. 10D. AC Bridges : To determine self-inductance by using Owen’s bridge. 10E. To compare capacitance of two condensers by de-Sauty method (d.c. method).; 10F. AC Bridges : To determine capacitance of a capacitor by Schering bridge.; 10G. AC Bridges : To determine capacitance of a condenser by Wien’s bridge.; 11A. LCR circuit : To determine the impedance (resistance and reactance) and power factor of an A. C. circuit.; Additional Expt. : To study series LCR resonance; 11B. LCR Circuit : To study the resonance in series LCR circuit with a source of given frequency; 11C. To determine dielectric constant of a substance by resonance method.; 12A. To draw characteristics of a PN Junction Diode.; 12B. To draw characteristics of a Zener diode.; 12C. To draw the characteristics of a Tunnel Diode.; 12D. To study variation of voltage drop across LED and current flowing in the circuit.; 12E. To study the illumination (volt-ampere) characteri- stics of a conductive photo diode.; 13A. To draw characteristics of a PNP junction transistor in common base and common emitter arrangement.; 13B. To draw characteristics of a PNP transistor in common collector arrangement.; 14. Half wave, Full wave rectification. To study half wave full wave power supply with L and p section filters.; 15. Unregulated and regulated power supply : To study the regulation characteristics of a Zener regulated and IC 741 regulated power supply.; Additional Expt : To study operating characteristics of a VR tube; 16A. To study waveform's phase and frequency by CRO; 16B. To measure the d.c. and a.c. voltages by cathode ray oscilloscope.; 17. To determine the specific heat of liquid (glycerine) using Newton's law of cooling.; 18. Common collector characteristics to study voltage gain, input impedance, output impedance, and power gain of common collector transistor or an emitter follower.; 19. To study characteristics of an integrating and differentiating circuit.; VIRTUAL LAB EXPERIMENTS 1. Black body radiation : Determination of Stefan's constant; 2. Newton's law of cooling; 3. Lee's disc apparatus; 4. Thermocouple Seebeck effect; 5. RC differentiator and integrator; 6. VI characteristics of a diode; 7. Half and full wave rectification; 8. Zener diode voltage regulator; 9. BJT common emitter characteristics; 10. BJT common base characteristics; 11. Studies on BJT CE amplifier
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LAB EXPERIMENTS– 1. To determine mechanical equivalent of heat by using Callendar and Barne’s constant flow calorimeter; 2. To determine coefficient of thermal conductivity of a metal (copper), by using Searle’s apparatus; 3. To determine coefficient of thermal conductivity of rubber in the form of a tube; 4. To determine coefficient of thermal conductivity of a non-metallic solid (bad conductor) by Lee’s disc method.; 5. To determine value of Stefan’s constant.; 6. To verify Stefan’s law.; 7. Variation of thermo-emf across two junctions of a thermocouple with temperature; 8. To determine temperature coefficient of resistance for Platinum, using a platinum resistance thermo-meter, and a Callender and Griffith’s bridge.; 9A. To study charge and discharge of a condenser through a resistance (CR circuit).; 9B. To study charge and discharge of a condenser through a resistor.; 10A. AC Bridges : To determine self inductance by Anderson’s method.; 10B. AC Bridges : To determine self-inductance by Maxwell’s L/C bridge.; 10C. AC Bridges : To determine self-inductance of a given coil by Maxwell’s inductance bridge. 10D. AC Bridges : To determine self-inductance by using Owen’s bridge. 10E. To compare capacitance of two condensers by de-Sauty method (d.c. method).; 10F. AC Bridges : To determine capacitance of a capacitor by Schering bridge.; 10G. AC Bridges : To determine capacitance of a condenser by Wien’s bridge.; 11A. LCR circuit : To determine the impedance (resistance and reactance) and power factor of an A. C. circuit.; Additional Expt. : To study series LCR resonance; 11B. LCR Circuit : To study the resonance in series LCR circuit with a source of given frequency; 11C. To determine dielectric constant of a substance by resonance method.; 12A. To draw characteristics of a PN Junction Diode.; 12B. To draw characteristics of a Zener diode.; 12C. To draw the characteristics of a Tunnel Diode.; 12D. To study variation of voltage drop across LED and current flowing in the circuit.; 12E. To study the illumination (volt-ampere) characteri- stics of a conductive photo diode.; 13A. To draw characteristics of a PNP junction transistor in common base and common emitter arrangement.; 13B. To draw characteristics of a PNP transistor in common collector arrangement.; 14. Half wave, Full wave rectification. To study half wave full wave power supply with L and p section filters.; 15. Unregulated and regulated power supply : To study the regulation characteristics of a Zener regulated and IC 741 regulated power supply.; Additional Expt : To study operating characteristics of a VR tube; 16A. To study waveform's phase and frequency by CRO; 16B. To measure the d.c. and a.c. voltages by cathode ray oscilloscope.; 17. To determine the specific heat of liquid (glycerine) using Newton's law of cooling.; 18. Common collector characteristics to study voltage gain, input impedance, output impedance, and power gain of common collector transistor or an emitter follower.; 19. To study characteristics of an integrating and differentiating circuit.; VIRTUAL LAB EXPERIMENTS 1. Black body radiation : Determination of Stefan's constant; 2. Newton's law of cooling; 3. Lee's disc apparatus; 4. Thermocouple Seebeck effect; 5. RC differentiator and integrator; 6. VI characteristics of a diode; 7. Half and full wave rectification; 8. Zener diode voltage regulator; 9. BJT common emitter characteristics; 10. BJT common base characteristics; 11. Studies on BJT CE amplifier

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