Physics Paper I-Mathematical Physics, Mechanics and Properties of Matter

Topic outline

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  Basic Forces in Nature
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  Brief Revision of Unit I
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  Collision - II
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  Collision & its Types
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  Conservative & Non-conservative Forces
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  Coriolis Force
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  Curl of a Vector Field
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  Divergence of a Vector field
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  Dynamics of Various Co-ordinate Systems
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  Frame of reference & Pseudo Force
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  Gradient of a Scalar Field
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  Gravitational Force, Field & Potential
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  Intensity & Potential for Solid Spherical Body
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  Intro to Relativistic Mechanics
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  Introduction to Mechanics
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  Kepler's Laws of Planetary Motion
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  michelson-Morley's Expt
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  Newton's Laws of Motion - I
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  Newton's Laws of Motion - II
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  Scalar Tripple Product
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  Vector Algebra (Basics)
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  vector product
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  Vector Tripple Product
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  A Cantilever
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  Application of the Theorems of Perpendicular and Parallel Axes for Moment of Inertia
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  Bending of a Beam Supported at Two Ends
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  Bending of a Beam
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  Eulers Equations of Motion
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  Miscellaneous in Elasticity
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  Miscellaneous in Moment of Inertia
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  Moment of Inertia of a Ring
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  Moment of Inertia of a Rod
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  Moment of Inertia of a Solid and Hollow Disc
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  Moment of Inertia of a Solid Disc
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  Principal Moment of Inertia and Principal Axes
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  Relationship between the Elastic Constants K, Υ and σ
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  Relationship between the Elastic Constants η,Υ and σ
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  Rotation and Rotational Quantities
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  Simple Harmonic Motion
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  The Moment of Inertia of a Cylinder
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  Theorem of Parallel Axes
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  Theorem of Perpendicular Axes
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  Torsion of a Cylinder