Post-Graduate Govt. College for Girls Sector-11, Chandigarh Weekly Planner for the Session 2015-2016 Class : B.Sc.I Subject:Physics Paper A Paper B Paper C S.No. Dates 1 20th July To 25th Cartesian co-ordiantes,Plane polar Simple Harmonic Motion and energy Basic ideas of Vector Calculus, Curl, July & acc.),unit vectors of a SHO divergence and gradient 2 26th July To 31st Spherical polar co-ordinates, velocity Compound pendulum, torsional Problems based on vector calculus, July and acceleration, unit vectors, solid pendulum Curl, divergence and gradient, angles , Area Laplacian 3 3rd Aug To 8th Aug Area and volume element, line Electrical oscillations, transverse Coulomb’s Law for point charges and element in Spherical, Cartesian & vibrations of a mass on a string continuous distribution of charges. plane-polar co-ordinates plus class test Electric field due to dipole 4 10th Aug To 15th Properties of space & time, Composition of two perpendicular Electric field due to line charge and Aug Relationships of conservation of laws SHM of same period and of period in sheet of charge. Gauss’s divergence and symmetries of space & time. ratio 1:2 theorem 5 17th Aug To 22nd Inertial frames of references, Galilean Decay of free vibrations due to Differential form of Gauss’s law. Work Aug transformation and Galilean damping and Potential difference. Potential Invariance. Galilean Relativity Principle difference as line integral of field 6 24th Aug To 29th Non-inertial frames, Fictitious forces, Differential equation of motion, types Electric potential due to dipole, Aug Effect. of damping quadric dipole, long uniformly charged wire and charged disc.
Post-Graduate Govt. College for Girls Sector-11, Chandigarh Weekly Planner for the Session 2015-2016 Class : B.Sc.I Subject:Physics S.No. Dates Paper A Paper B Paper C 1 20th July To 25th July Cartesian co-ordiantes,Plane polar & acc.),unit vectors Simple Harmonic Motion and energy of a SHO Basic ideas of Vector Calculus, Curl, divergence and gradient 2 26th July To 31st July Spherical polar co-ordinates, velocity and acceleration, unit vectors, solid angles , Area Compound pendulum, torsional pendulum Problems based on vector calculus, Curl, divergence and gradient, Laplacian 3 3rd Aug To 8th Aug Area and volume element, line element in Spherical, Cartesian & plane-polar co-ordinates plus class test Electrical oscillations, transverse vibrations of a mass on a string Coulomb’s Law for point charges and continuous distribution of charges. Electric field due to dipole 4 10th Aug To 15th Aug Properties of space & time, Relationships of conservation of laws and symmetries of space & time. Composition of two perpendicular SHM of same period and of period in ratio 1:2 Electric field due to line charge and sheet of charge. Gauss’s divergence theorem 5 17th Aug To 22nd Aug Inertial frames of references, Galilean transformation and Galilean Invariance. Galilean Relativity Principle Decay of free vibrations due to damping Differential form of Gauss’s law. Work and Potential difference. Potential difference as line integral of field 6 24th Aug To 29th Aug Non-inertial frames, Fictitious forces, Effect. Differential equation of motion, types of damping Electric potential due to dipole, quadric dipole, long uniformly charged wire and charged disc.