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  #1  
2nd December 2016, 04:19 PM
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Jadavpur University Nic In

I want to do B.SC Physics Course from Jadavpur University but I want to see syllabus of this Course before taking admission. So tell me from where I will download syllabus of B.Sc Physics Course of Jadavpur University?
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  #2  
2nd December 2016, 04:50 PM
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Join Date: Mar 2013
Re: Jadavpur University Nic In

The Jadavpur University was established in 1955.

The University offers UG, PG and Ph.D Programs with several disciplines.

As you want to get syllabus of B.Sc Physics Course, so here I am providing following syllabus:

B.SC Course Details
Students have 10+2 Passed with Science Stream from recognized Board

Duration of Course: 3 Years

Jadavpur University B.Sc Physics Syllabus
HO1 (Mechanics I)
Kinematics, Dynamics, Newton’s Laws of motion: Review of elementary
problems.
Motion of a particle in one dimension, time dependent force, velocity dependent
damping force, conservative force – concept of potential, simple harmonic
oscillator. Conservation of linear momentum and energy, Motion of falling bodies
in a variable Gravitational field.
Motion of particle in two and three dimensions; Kinematics in a plane and in three
dimensions; Harmonic oscillator in two and three dimensions; Motion under
central force, Conservation of angular momentum, Kepler problem, Motion of
charged particles in electric and magnetic fields.
Motion of a system of particles, center of mass (derivation in some simple cases –
linear distribution of mass, laminar bodies, hemisphere etc.), Variable mass
problem (rockets and conveyor belts): The two body problem; Collision – elastic
and inelastic collisions, center of mass and laboratory coordinates, scattering cross
section. Rutherford scattering.
Motion of a rigid body, rotation about an axis, Moment of inertia, Theorem of
parallel and perpendicular axes, Calculation of moment of inertia for simple cases
(rod, disk, sphere etc.), the simple pendulum, the compound pendulum – bar
pendulum, correction for the finite amplitude of swing.
Galilean invariance, moving coordinate system, linearly accelerated frame and
concept of pseudo force.

HO1 (Mathematical methods I)
Functions of more than one variable, partial derivatives, the total differential and
total derivative, Exact and inexact differentials, homogeneous functions, Euler’s
theorem, Taylor’s theorem for more than one variable, stationary values of
functions of many variables, stationary values under constraints.

Matrices; addition, subtraction and multiplication of matrices; column and row
matrices, associative and distributive laws; commutation and anti commutation of
matrices; transpose of matrix, symmetric and antisymmetric matrices.
Vector algebra, addition and subtraction of vectors, dot and cross products, the
triple scalar and vector products, reciprocal vectors; Differentiation of vectors,
gradient of a scalar field, the divergence and curl of vector fields, line integrals,
surface integrals and volume integrals; Stock’s theorem, Gauss’s divergence
theorem, Green’s theorem, Generalized orthogonal coordinates; gradient,
divergence, curl and Laplacian in Cartesian, spherical polar and cylindrical
coordinates.
Ordinary differential equations; First order linear equations, second order linear
equations with constant coefficients; Examples of simple harmonic motion,
damped simple harmonic motions, forced vibration.
Fourier series: Calculation of Fourier coefficients.
Books: Riley, Hobson & Bence, Mathematical Methods for Physics &
Engineering Simons, Differential equations.

HO2 (Heat I)
Concept of temperature, constant volume and constant pressuregas thermometers
Platinum resistance thermometer.
Kinetic theory of gases; equation of state of a perfect gas; significance of
temperature, derivation of the gas laws, mean free path, Maxwell’s law for the
distribution of velocities and its verification; mean speed, root mean square speed
and most probable speed, degrees of freedom, equipartition of energy, application
to specific heats; Transport properties viscosity and thermal conductivity of a gas;
Diffusion in gases,
Brownian motion, Einstein’s formula; Determination of Avogadro number.
Experimental studies of isotherms of real gases; Van der Waas equation of state,
Critical constants, law of corresponding states, Virial coefficients, Boyle
temperature



Contact Details

Plot No.8, Salt Lake Bypass, LB Block,
Sector III, Salt Lake City,
Kolkata - 700098.
Ph: +9133-2335 5215
Attached Files
File Type: pdf Jadavpur University B.Sc Physics Syllabus.pdf (84.3 KB, 234 views)


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