All India Medical Engineering Entrance Examination NEET JEE Main Chapterwise Objective Solved Papers VOLUME IV Useful for NEET AIPMT AIIMS JEE Main AMU AP EAMCET Medical AP EAMCET Engg ASSAM CEE BCECE BITSAT Chhattisgarh PET COMEDK DCE Gujarat Common Entrance Test GUJCET Himanchal Pradesh CET J K CET JCECE KVPY Kerala CEE Karnataka CET KCET MP PET MANIPAL JIPMER MHT CET NTSE Odisha JEE SRM JEE TS EAMCET Medical TS EAMCET Engg UPCPMT UPTU UPSEE UPSC NDA NA SCRA VITEEE WEST BENGAL JEE Chief Editor A K Mahajan Complied Written By Er Pradeep Kumar Er Rahul Prajapati Er Rajesh Gupta Er Krishna Pratap Singh Pawan Kumar Kushwaha Er Suraj Yadav Manjesh Prajapati Computer Graphics by Vinay Sahu Pankaj Kushwaha Ashish Giri Editorial Office 12 Church Lane Prayagraj 211002 Mob 9415650134 Email yctap12 gmail com website www yctbooks com www yctfastbook com All rights reserved with Publisher Publisher Declaration Edited and Published by A K Mahajan for YCT Publications Pvt Ltd and printed by R A Security Printers In order to Publish the book full care has been taken by the Editor and the Publisher still your suggestions and queries are welcomed In the event of any dispute the judicial area will be Prayagraj Rs 995 CONTENT cid 1 NEET JEE Main Physics Syllabus 3 6 cid 1 All India Medical Engineering Entrance Exam AIIMS NEET JEE Main Physics Previous Years Exam Papers Analysis Chart 7 17 cid 1 Trend Analysis of NEET JEE Main Physics Pie Chart Bar Graph 18 cid 1 Current Electricity 19 361 cid 2 Electric Current Current Density and Drift Velocity 19 cid 2 Ohm s Law Resistance Conductivity and Thermal Dependency of Resistance 39 cid 2 Resistivity 116 cid 2 Kirchhoff s Law and Combination of Resistance 125 cid 2 Cells Internal Resistance and Cell Combination Thermocouple 210 cid 2 Heating Effect of Current Energy Power 250 cid 2 Measuring Instrument Meter Bridge Galvanometer Ammeter Voltmeter Potentiometer 281 cid 2 RC circuit Charging Time Constant Discharging 357 cid 1 Moving Charges Magnetism 362 550 cid 2 Biot Savart s Law and Magnetic Field Lorentz Force 362 cid 2 Amperes Law Length Solenoid Toroid 432 cid 2 Motion of Charge Particle in Magnetic Field 452 cid 2 Motion of Charge Particle in Combined of Electric and Magnetic Field 491 cid 2 Force and Torque on Current Carrying Conductor 501 cid 2 Cyclotron 525 cid 2 Magnetic Dipole and Magnetic Moment Due to Current 531 cid 1 Magnetism and Matter 551 640 cid 2 Magnet and Magnetic Dipole 551 cid 2 Earth Magnetism 574 cid 2 Moving Coil Galvanometer and Magnetic Device 597 cid 2 Magnetism Magnetic Properties and Magnetisation 610 cid 1 Electro Magnetic Induction 641 737 cid 2 Magnetic Flux Faraday s Law 641 cid 2 Lenz s Law 669 cid 2 Motional Electromotive Force MEF 675 Inductance Self and Mutual Induction 691 cid 1 Alternating Current 738 845 cid 2 cid 2 A C Voltage in Resistor and Phasor Average or mean current Root mean square or virtual current Irms Resistor and Phasor 738 cid 2 A C Voltage Applied to Inductance Capacitor Pure Inductance L Pure capacitor C RL RC 749 cid 2 A C Circuit L C R LC Circuit 765 cid 2 Resonance Condition of Resonance Variation of phase difference Quality factor Q 808 cid 2 Power in A C Circuit Wattless Current or Idle Current 815 cid 2 Dynamo Transformer Inductance Step up step down Efficiency Losses Flux Copper Iron Hysteresis losses Humming losses 827 cid 1 Electromagnetic Wave 846 896 cid 2 Displacement Current Hertz experiment Ampere Maxwell s Law Maxwell Displacement Current 846 cid 2 Poynting vector Energy transported by EM wave Energy density pure electric field pure magnetic field 870 cid 2 Electromagnetic Spectrum 882 2 SYLLABUS NEET errors instruments of measuring UNIT I Physical World and Measurement Physics Scope and excitement nature of physical laws Physics technology and society Need for measurement Units of measurement systems of units SI units fundamental and derived units Length mass and time measurements accuracy and precision in measurement significant figures Dimensions of physical quantities dimensional analysis and its applications UNIT II Kinematics Frame of reference Motion in a straight line Position time graph speed and velocity Uniform and non uniform motion average speed and instantaneous velocity Uniformly accelerated motion velocity time and position time graphs for uniformly accelerated motion graphical treatment Elementary concepts of differentiation and integration for describing motion Scalar and vector quantities Position and displacement vectors general vectors general vectors and notation equality of vectors multiplication of vectors by a real number addition and subtraction of vectors Relative velocity Unit vectors Resolution of a vector in a plane rectangular components Scalar and Vector products of Vectors Motion in a plane Cases of uniform velocity and uniform acceleration projectile motion Uniform circular motion UNIT III Laws of Motion Intuitive concept of force Inertia Newton s first law of motion momentum and Newton s second law of motion impulse Newton s law of motion Law of conservation of linear momentum and its applications Equilibrium of concurrent forces Static and Kinetic friction laws of friction rolling friction lubrication Dynamics of uniform circular motion Centripetal force examples of circular motion vehicle on level circular road vehicle on banked road third UNIT IV Work Energy and Power Work done by a constant force and variable force kinetic energy work energy theorem power Notion of potential energy potential energy of a spring conservative forces conservation of mechanical energy kinetic and potential energies non conservative forces motion in a vertical circle elastic and inelastic collisions in one and two dimensions UNIT V Motion of System of Particles and Rigid Body Centre of mass of a two particle system momentum conservation and centre of mass motion Centre of mass of a rigid body centre of mass of uniform rod Moment of a force torque angular momentum conservation of angular momentum with some examples Equilibrium of rigid bodies rigid body rotation and equation of rotational motion comparison of linear and rotational motions moment of inertia radius of gyration Values of MI for simple geometrical objects no derivation Statement of parallel and perpendicular axis theorems and their applications UNIT VI Gravitation Kepler s laws of planetary motion The universal law of gravitation Acceleration due to gravity and its variation with altitude and depth
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