this topic we discuss about Experiments for Engineering Physics - I

In this topic we discuss about Experiments for Engineering Physics - I

Here the entire topic is divided into four sub-topic, viz.

1. Error Analysis
   
2. Thermal and Fluid Dynamics
   
3. Geometrical Optics
   
4. Physical Optics

Each sub-topic contains different experiments to be performed.

M02 - Mechanics

Lect-1 : Compound pendulum
Lect-2 : The Rotational Inertia of a Rigid Body
Lect-3 : Moment of Inertia of a Fly Wheel
Lect-4 : Study of Projectile Motion

Select Engg Physics Modules - Erorr Analysis

In this topic we discuss about Erorr Analysis.

Here the entire topic is divided into two Experiments.

Experiments -

1. Error Analysis and Data Analysis by Least Square Fitting
2. Decay of Current in a Capacitative Circuits

M01 - Error Analysis

Lect-1:Error Analysis and Data Analysis by Least Square Fitting
Lect-2:Decay of Current in a Capacitative Circuits

Web Course Developed for NPTEL. Engineering Physics - 2

Engineering Physics - 2

Web Course Developed for NPTEL. Engineering Physics - 2 Objective: This web course is divided into 12 modules, which is further divided into Lectures , there is one seperate module, which is further organized according to the experiments. Again each lectures contains along with the topic some additional resourses, references etc. Faculty Co-ordinator Dr. Alika Khare Dr. S. Ravi Dr. Pratima Agarwal

Select Engg Physics Modules Below

01 : Error Analysis

M01 - Error Analysis

Lect-1:Error Analysis and Data Analysis by Least Square Fitting

Lect-2:Decay of Current in a Capacitative Circuits

02 : Mechanics

M02 - Mechanics

Lect-1 : Compound pendulum

Lect-2 : The Rotational Inertia of a Rigid Body

Lect-3 : Moment of Inertia of a Fly Wheel

Lect-4 : Study of Projectile Motion

M03 - Co-efficient of Viscocity

Lect-1 : Coefficient of Viscocity of Water

Lect-2 : Stroke's Law and Viscosity of Highly Viscous Liquid

03 : Thermodynamics

M04 - Thermodynamics

Lect-1 : Thermal Conductivity(Fobe's Method)

Lect-2 : Thermal Conductivity(Lee's Method)

Lect-3 : Calibration of Thermocouple

Lect-4 : Black Body Radiation : Stefan- Boltzmann Law

04 : Sound and Oscillations

M05 - Sound and Oscillations

Lect-1 : Velocity of sound in air

Lect-2 : Group and Phase velocity

05 : Optics

M06 - Optics-Interference

Lect-1 : Newton's Ring Method

Lect-2 : Frsnel's Bi-Prism

Lect-3 : Micheson inferometer

M07 - Optics-Diffraction and Dispersion

Lect-1 : Fraunhoffer Diffraction

Lect-2 : Spectrometer

Lect-3 : Diffraction by a Plane Grating

Lect-4 : Dispersive power of the material of the prism

M08 - Lens and Polarization

Lect-1 : Polarization of light I

Lect-2 : Polarization of light II

Lect-3 : Under Construction

06 : Electricity and Magnetism

M09 - EM Theory

Lect-1 : Carry Foster Bridge

Lect-2 : Study of LCR Circuit

M10 - EM Theory

Lect-1 : Study of Electromagnetic Induction

Lect-2 : Study of Electromagnetic Damping

M11 - EM Theory

Lect-1 : Magnetic Field along the Axis of the Circular Coil

Lect-2 : Study of Hall Effect

Lect-3 : Electrical Resistivity of Semiconductors

07 : Semiconductor