| February 16th, 2017 05:08 PM | |
| Unregistered | Re: Assam University Degree Syllabus Can you provide me the syllabus of T.D.C. B.Sc. in Physics (Pass & Honours) Program offered by Assam University? |
| June 6th, 2015 09:25 AM | |
| Nitin Sharma | Assam University Degree Syllabus Where students of Assam University will get syllabus of Degree Programs? I have taken admission in BA Degree at Assam University recently. Now I didn’t get the syllabus of BA Program from University campus till today. So can I get it from the official website of this University? Give me its official website. The syllabus of T.D.C. B.Sc. in Physics (Pass & Honours) Program offered by Assam University is as follows: PHYSICS HONOURS Semester I PAPER H101 MECHANICS & GENERAL PROPERTIES OF MATTER Group A Dynamics and Kinematics Dynamics: Inertial and non inertial frame of reference. Transformation equation of coordinate, velocity, acceleration in rotating frame of reference. Radial and transverse velocities of a rotating body. Radial and transverse accelerations. Transformation equation of force in noninertial frames ( both rotational and linear). Fictitious forces -- centrifugal force and Coriolis force. Effect of fictitious force on the earth, Focault’s pendulum . Conservative force and its properties. Concept of potential function. Relationship of conservative force, Motion of a body in fractional medium under gravity. Centre of mass, centre of mass frame, centre of moving systems, Collision: elastic and inelastic collision, coefficient of restitution. Expression of velocities of two bodies after elastic and inelastic collision in laboratory frame. Elastic collision in centre of mass frame. Relationship between angle of scatterings in laboratory frame and centre of mass frame. Motion of a rigid body about a fixed axis. Angular momentum and expression of angular momentum of a system of rotating bodies. Relationship of angular momentum of a system of bodies with angular momentum in centre of mass frame. Principle of conservation of angular momentum. Moment of inertia. Theorems of moment of inertia, calculation of moment of inertia in simple cases : Spherical shell, solid sphere, cylinder, uniform rectangular lamina. Group B Gravitation and Properties of matter Gravitation : Gravitational potential and intensity, calculation of gravitational potential and intensity due to thin spherical shell, thick spherical shell, sphere, circular disc etc. Compound pendulum, measurement of ‘g’ by bar and Kater’s pendulum. Elasticity : Relation between elastic constants, energy of elastically deformed bodies, torsion of a rod, Torsional pendulum, bending of beam, Cantilever (loaded at one end). Surface tension : Excess pressure on curved liquid surface ( spherical bubble and drop). Theory and experimental determination of surface tension of liquid by ripple method. Viscosity of fluids: Poiseulle’s equation, determination of viscosity of a liquid by Poiseulle’s method.   |
