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Physics - Grade XI or Standard XI	Physics - Grade XII or Standard XII
Chp 1: Units and Dimensions Fundamental Quantities and Fundamental Units Derived Quantities and Derived Units Dimensions and Dimensional Equations Order of Magnitude Significant Figures or Significant Digits Errors in Physics Absoltue Error Mean Absolute Error Relative Error Percentage Error Instrumental Error Systematic or Persistent Error Personal Error Random or Accidental Errors Change and Percentage Change ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- -------------------------	Chp 1: Circular Motion Radius vector Position vector Angular position Angular displacement and angular displacement vector Direction of angular displacement vector Angular velocity Angular acceleration and direction of angular acceleration Relation between linear velocity and angular velocity Uniform circular motion Examples of Uniform circular motion Periodic Periodic motion Relation between Uniform circular motion and periodic motion Period or periodic time and expression for period T Frequency of revolution Acceleration in UCM or radial acceleration or centripetal acceleration Centripetal force and expression for centripetal force Centrifugal force and expression for centrifugal force Normal reaction Maximum safety speed on curved and unbanked road Banking of road, angle of banking and expression for angle of banking Conical pendulum and expressions for conical pendulum Vertical circular motion and expressions for vertical circular motion
Chp 2: Scalars and Vectors Zero Vector or Null Vector Magnitude of Vector Resultant Vector by Calculation Resultant Vector Using Triangle Law of Vector Addition Resultant Vector Using Parallelogram Law of Vector Addition Negative Vector Position Vector Dot Product or Scalar Product of Two Vectors Cross Product or Vector Product of Two Vectors ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- ------------------------- -------------------------	Chp 2: Gravitation Gravitational Force Newton’s Law of Gravitation Properties of Gravitational Force Weight of the Object Placed on the Surface of the Earth (W) Acceleration Due to Gravity at the Surface of the Earth (g) Acceleration Due to Gravity at the Height h from the Surface of the Earth (gh) Satellites Artificial Satellites Escape Speed (ve) Critical Speed (vc) Projection of Satellite Four Possible Cases in the Projection of a Satellite Expression for Critical Speed of the Satellite (vc) Critical Speed when Satellite is Revolving Close to the Earth’s Surface Periodic Time of Satellite (T) Periodic Time when Satellite is Revolving Close to the Earth’s Surface Kepler’s Laws of Planetary Motion Kepler’s First Law or Law of Orbits Kepler’s Second Law or Law of Areas Kepler’s Third Law or Law of Periods Binding Energy of a Satellite (B.E.) Binding Energy of a Satellite at Rest on the Surface of Earth (B.E.) Expression for Escape Speed for Satellite (ve) Weightlessness Condition in a Satellite Variation of g with Altitude Variation of g with Altitude, Special Case: If h << R Variation of g Due to Depth Variation of g Due to Depth, Special case 1: When d = 0 Variation of g Due to Depth, Special case 2: When d = R Variation of g Due to Latitude Geostationary Satellites Polar Satellites Uses of Satellites
Chp 3: Projectile Motion	Chp 3: Rotational Motion
Chp 4: Momentum and Force	Chp 4: Oscillations and S.H.M
Chp 5: Friction	Chp 5: Elasticity
Chp 6: Waves, Oscillations, and Sound	Chp 6: Surface Tension
Chp 7: Thermodynamics	Chp 7: Wave Motion
Chp 8: Refraction of Light	Chp 8: Stationary Waves
Chp 9: Ray Optics	Chp 9: Thermodynamics and KTG
Chp 10: Electrostatics	Chp 10: Wave Theory of Light & Polarization
Chp 11: Current Electricity	Chp 11: Interference and Diffraction
Chp 12: Magnetic Effects of Electric Current	Chp 12: Electrostatics
Chp 13: Magnetism	Chp 13: Current Electricity
Chp 14 : Electromagnetic Waves	Chp 14: Magnetic Effect of Electric Current
----	Chp 15: Magnetism
----	Chp 16: Electromagnetic Induction
----	Chp 17: Electrons and Photons
----	Chp 18: Atoms, Molecules, and Nuclei

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