Канал: Physics Experiments

$Plane Diffraction Grating: Measurement of the wavelength of prominent lines: Part1$

COMPONENT TESTING USING CRO | Diode Resistor Capacitor Transistor etc | Explained in Hindi

Physics Experiments

Physics Experiments

COMPONENT TESTING USING CRO | Diode Resistor Capacitor Transistor etc | Explained in Hindi

Phase and Frequency Measurement from Lissajous Figures on CRO | Explained in Hindi

PN Junction Diode Forward and Reverse Bias Characteristics Part 2

PN Junction Diode Forward and Reverse Bias Characteristics Part 1

Zener Diode Forward Bias Characteristics

Zener Diode Reverse Bias Part 2

Zener Diode Reverse Bias Part 1

Decade Resistance Box

Understanding Infinite Resistance in a Resistance Box

All About CRO: Cathode Ray Oscilloscope

Plane Diffraction Grating: Measurement of the wavelength of prominent lines Part3

Plane Diffraction Grating: Measurement of the wavelength of prominent lines Part2

Plane Diffraction Grating: Measurement of the wavelength of prominent lines: Part1

Newton Rings: Part 3

Newton Rings: Part 2

Newton Rings: Part 1

Measurement of wavelength of Na light using Fresnel Bi Prism: Part2

Measurement of wavelength of Na light using Fresnel Bi Prism: Part1

Measurement of length and diameter: Demonstrating the use of Vernier Calliper and Screw gauge

Measurement Basics: Least count of different measuring instruments

Verification of Stefan's law, Calculation and Data Analysis: 2/2

Energy Band Gap of a semiconductor using electrical method: Part 3/3

Verification of Stefan's law: Part1/2

Measurement of unknown capacitance and dielectric constant using De Sauty Bridge

Measurement of inductance using Anderson Bridge

Tangent Galvanometer Experiment: Determination of radius

Melde's experiment Frequency of AC using electrical vibrator Part2

Meldes experiment Frequency of AC using electrical vibrator1

Measurement of Impedance and power factor using series LCR circuit

Surface Tension of water using Capillary Rise Method : Calculation Part 3/3

Surface Tension of water using Capillary Rise Method : Part 1/3

Surface Tension of water using Capillary Rise Method : Part 2/3

Energy Band Gap of a semiconductor using electrical method: Part 1/3

Energy Band Gap of a semiconductor using electrical method: Part 2/3

Young’s Modulus: Method of Flexure: Part 4/4

Young’s Modulus: Method of Flexure: Part 3/4

Young’s Modulus: Method of Flexure: Part 2/4

Young’s Modulus: Method of Flexure: Part 1/4

Determine the focal length of the combination of two lenses using Nodal Slide :Part 1/3

Determine the focal length of the combination of two lenses using Nodal Slide :Part 2/3

Determine the focal length of the combination of two lenses using Nodal Slide :Part 3/3

Cary Foster Bridge: Part 2/4

Cary Foster Bridge: Part 1/4

Cary Foster Bridge: Part 4/4

Cary Foster Bridge: Part 3/4

Measurement of frequency of AC mains using Sonometer: Part2/2

Measurement of frequency of AC mains using Sonometer: Part1/2

To measure the capacity of a condenser using electrical vibrator: Part 2/2

To measure the capacity of a condenser using electrical vibrator: Part 1/2

Modulus of Rigidity Using Barton Apparatus Part-4

Modulus of Rigidity Using Barton Apparatus Part-3

Modulus of Rigidity Using Barton Apparatus Part-2

Modulus of Rigidity Using Barton Apparatus Part-1

Determine acceleration due to gravity using Bar Pendulum Part: 5/6

Determine acceleration due to gravity using Bar Pendulum Part: 4/6

Determine acceleration due to gravity using Bar Pendulum Part: 3/6

Determine acceleration due to gravity using Bar Pendulum Part: 2/6

Determine acceleration due to gravity using Bar Pendulum Part: 6/6

Measurement of Height of a tower Using SEXTANT: Part 6/7

Measurement of Height of a tower Using SEXTANT:Part 7/7

Determine acceleration due to gravity using Bar Pendulum Part: 1/6

Calculation of spring constant of a spring using statical method (Hooks Law): Part 3/3

Calculation of spring constant of a spring using statical method (Hooks Law): Part 2/3

Calculation of spring constant of a spring using statical method (Hooks Law): Part 1/3

Measurement of Height of a tower Using SEXTANT: Part 5/7

Measurement of Height of a tower Using SEXTANT: Part 4/7

Measurement of Height of a tower Using SEXTANT: Part 3/7

Measurement of Height of a tower Using SEXTANT: Part 1/7

Measurement of Height of a tower Using SEXTANT: Part 2/7

Coefficient of viscosity of water by Poiseuille’s method: Part 2/2

Coefficient of viscosity of water by Poiseuille’s method: Part 1/2