Semester

Name of Laboratory Instrument

No. of Instrument

I

Moment of Inertia of a metallic cylinder / rectangular bar

1

I

Moment of Inertia of a Flywheel.

1

I

Searle’s dynamic method.

1

I

Value of g using Bar Pendulum.

1

I

Vertical height using sextant.

1

I

Young’s modulus by the method of flexure.

1(Shared)

II

Unknown Low Resistance using Potentiometer

1

II

Unknown Low Resistance using Carey Foster’s Bridge

1

II

Series LCR circuit

2

II

AC characteristics of a series RC Circuit

2

II

Mutual inductance

1

II

Magnetometer

1

II

Melde’s experiment

1

II

Refractive index of the material of a prism

1

II

Fresnel Biprism

1

II

Newton’s Rings

1

II

Interference fringes produced by a wedge-shaped Film.

1

II

Grating spectra

1

III

Optical lever

1(shared)

III

Platinum Resistance Thermometer (PRT).

1

III

Plank constant using LED

1

III

Stefan’s law of radiation

2

III

e/m of electrons by using bar magnet.

1

III

I-V characteristics of tunnel diode

1

IV

Zener diode

2

IV

Static characteristics of BJT in CE Configuration

1

IV

CE amplifier

1

IV

Series regulated power supply

1

IV

OP-Amp

2

IV

Wien bridge oscillator

1

V

Fresnels law by the reflection on the surface of a prism

1

V

Malus law using a pair of polaroids.

1

V

Specific rotation of optically active solution using polarimeter.

1

V

Dispersive power and resolving power of a diffraction grating

1

VI

Digital Electronics practical

5

VI

BH hysteresis of ferromagnetic material

1

VI

Dielectric constant of different materials

1

VI

Band gap using linear four probe.

2

VI

Hall voltage by four probe method

1

VI

Temperature Controller

1

I,III,IV,V

Python programs using computer

6