This course is created by tesTopper team for CBSE & other State Boards Students who are studying Physics in Class 11. The language of the course is Hindi and English Combined so that every type of student can easily understand it.

Course Contents

This course is created by tesTopper team for CBSE & other State Boards Students who are studying Physics in Class 11. The language of the course is Hindi and English Combined so that every type of student can easily understand it. All contents of the course is strictly based on CBSE syllabus and NCERT Text Book. Each and Every problems solution is explained in detail so that students can easaily understand the solution and the approach used to solve the problems. This course will keep running at its own pace and once you completed the chapters you can take test and analyse yourself.

Highlights

As a part of this Complete CBSE Physics for Class 11 , students get access to the following –
  1. All course classes, videos, interactive lectures, exam prep material, MCQ based testing, Take Home exam papers for a full year on all the chapters every month with highly interactive Live Classes & lectures, post class recordings & notes, assignments & all India level tests.
  2. Instant Unlimited Doubt Solving on from the teacher everyday.
  3. Every student gets a dedicated Teacher with 20:1 teacher ratio as a single contact person to take care of all of their needs.
  4. On Demand lectures in case of any special needs.
Note: This course covers the Full Syllabus of Class 11 physics with all topics.

Course Description

The course explains the observations according to the currently accepted explanations. We will study concepts of basic physics where we will understand about units and dimensions,kinematics, equations of motion, error calculation in physical quantities. We will learn methods of describing motion using newtons laws of motion, rotational phenomena, circular motion, friction and their applications in daily life.  We will consider rotational equations of motion, gravitational acceleration escape velocity of objects, orbital speed of satellites etc. In addition to that we will study properties of matters like elasticity, hooke's law, thermal expansion, fluid behavior, bernoulli's theorem, velocity of efflux, toricelli's theorem etc. We will also go through Important concepts and laws of thermodynamics like zeroth, first and second law of thermodynamics, heat engine, internal energy, relation between pressure and volume etc. Carnot engine and refridgerator is an important thing to understand in class 11 physics. Then we will study kinetic theory of gases, potential energy, degrees of freedom, mean free path of gases and waves and oscillations including dopplers effect and Simple Harmonic Motion.

Course Features

The aim and design of the course is to develop a deeper understanding of different concepts in Physics. As you work through the course, you will find lecture videos, e-text, suggestions for problem solving methods, animations, practice questions, study guides. Assignments and Tests are provided to keep track of your achievements.

Course Attachments

Download Syllabus 2020-2021 Download NCERT Physics Text Book Part -1  Download NCERT Physics Text Book Part -2  Download All Chapters Exempler Problems in Physics

tesTopper Guru

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Taught By
Dinkar Mishra
Expert In
10+ Years of Teaching Experience
Professional Experience
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Physics Enthusiast
Mentor since 2007
Courses Taught
37
Ratings
4.7/5
Total Students
1273

Class Lectures

    • What is physics? Details Unlimited
    • Scope and excitement of physics Details Unlimited
    • Physics, technology and society Details Unlimited
    • Fundamental forces in nature Details Unlimited
    • Nature of physical laws Details Unlimited
    • Introduction to units and measurements Details Unlimited
    • The international system of units Details Unlimited
    • Measurement of length Details Unlimited
    • Measurement of mass Details Unlimited
    • Measurement of time Details Unlimited
    • Accuracy, precision of instruments and errors in measurement Details Unlimited
    • Significant figures Details Unlimited
    • Dimensions of physical quantities Details Unlimited
    • Dimensional formulae and dimensional equations Details Unlimited
    • Dimensional analysis and its applications Details Unlimited
    • Introduction to motion in a straight line Details Unlimited
    • Position, path length and displacement Details Unlimited
    • Average velocity and average speed Details Unlimited
    • Instantaneous velocity and speed Details Unlimited
    • Acceleration Details Unlimited
    • Kinematic equations for uniformly accelerated motion Details Unlimited
    • Relative velocity Details Unlimited
    • Introduction to motion in a plane Details Unlimited
    • Scalars and vectors Details Unlimited
    • Multiplication of vectors by real numbers Details Unlimited
    • Addition and subtraction of vectors – graphical method Details Unlimited
    • Resolution of vectors Details Unlimited
    • Vector addition – analytical method Details Unlimited
    • Motion in a plane Details Unlimited
    • Motion in a plane with constant acceleration Details Unlimited
    • Relative velocity in two dimensions Details Unlimited
    • Projectile motion Details Unlimited
    • Uniform circular motion Details Unlimited
    • Introduction to laws of motion Details Unlimited
    • Aristotle’s fallacy Details Unlimited
    • The law of inertia Details Unlimited
    • Newton’s first law of motion Details Unlimited
    • Newton’s second law of motion Details Unlimited
    • Newton’s third law of motion Details Unlimited
    • Conservation of momentum Details Unlimited
    • Equilibrium of a particle Details Unlimited
    • Common forces in mechanics Details Unlimited
    • Circular motion Details Unlimited
    • Solving problems in mechanics Details Unlimited
    • Introduction to work, energy and power Details Unlimited
    • Notions of work and kinetic energy : The work-energy theorem Details Unlimited
    • Work Details Unlimited
    • Kinetic energy Details Unlimited
    • Work done by a variable force Details Unlimited
    • The work-energy theorem for a variable force Details Unlimited
    • The concept of potential energy Details Unlimited
    • The conservation of mechanical energy Details Unlimited
    • The potential energy of a spring Details Unlimited
    • Various forms of energy : the law of conservation of energy Details Unlimited
    • Power Details Unlimited
    • Collisions Details Unlimited
    • Introduction to the system of particles and rotational motion Details Unlimited
    • Centre of mass Details Unlimited
    • Motion of centre of mass Details Unlimited
    • Linear momentum of a system of particles Details Unlimited
    • Vector product of two vectors Details Unlimited
    • Angular velocity and its relation with linear velocity Details Unlimited
    • Torque and angular momentum Details Unlimited
    • Equilibrium of a rigid body Details Unlimited
    • Moment of inertia Details Unlimited
    • Theorems of perpendicular and parallel axes Details Unlimited
    • Kinematics of rotational motion about a fixed axis Details Unlimited
    • Dynamics of rotational motion about a fixed axis Details Unlimited
    • Angular momentum in case of rotations about a fixed axis Details Unlimited
    • Rolling motion Details Unlimited
    • Introduction to gravitation Details Unlimited
    • Kepler’s laws Details Unlimited
    • Universal law of gravitation Details Unlimited
    • The gravitational constant Details Unlimited
    • Acceleration due to gravity of the earth Details Unlimited
    • Acceleration due to gravity below and above the surface of earth Details Unlimited
    • Gravitational potential energy Details Unlimited
    • Escape speed Details Unlimited
    • Earth satellite Details Unlimited
    • Energy of an orbiting satellite Details Unlimited
    • Geostationary and polar satellites Details Unlimited
    • Weightlessness Details Unlimited
    • Elastic behaviour Details Unlimited
    • Stress-strain relationship Details Unlimited
    • Hooke’s law Details Unlimited
    • Young’s modulus Details Unlimited
    • Bulk modulus Details Unlimited
    • Shear modulus of rigidity Details Unlimited
    • Poisson’s ratio Details Unlimited
    • Elastic energy Details Unlimited
    • Pressure due to a fluid column Details Unlimited
    • Pascal’s law and its applications Details Unlimited
    • hydraulic lift and hydraulic brakes Details Unlimited
    • Effect of gravity on fluid pressure Details Unlimited
    • Viscosity Details Unlimited
    • Stokes’ law Details Unlimited
    • Terminal velocity Details Unlimited
    • Streamline and turbulent flow Details Unlimited
    • Critical velocity Details Unlimited
    • Bernoulli’s theorem and its applications Details Unlimited
    • Surface energy and surface tension Details Unlimited
    • Angle of contact Details Unlimited
    • Excess of pressure across a curved surface Details Unlimited
    • Application of surface tension ideas to drops Details Unlimited
    • Bubbles and capillary rise Details Unlimited
    • Heat, temperature, thermal expansion Details Unlimited
    • Thermal expansion of solids Details Unlimited
    • Liquids and gases Details Unlimited
    • Anomalous expansion of water Details Unlimited
    • Specific heat capacity Details Unlimited
    • Cp, Cv – calorimetry Details Unlimited
    • Change of state – latent heat capacity Details Unlimited
    • Heat transfer-conduction Details Unlimited
    • Convection and radiation Details Unlimited
    • Thermal conductivity Details Unlimited
    • Qualitative ideas of Blackbody radiation Details Unlimited
    • Wein’s displacement Law Details Unlimited
    • Stefan’s law, Green house effect Details Unlimited
    • Thermal equilibrium and definition of temperature Details Unlimited
    • Zeroth law of thermodynamics Details Unlimited
    • Heat, work and internal energy Details Unlimited
    • First law of thermodynamics Details Unlimited
    • Isothermal and adiabatic processes Details Unlimited
    • Second law of thermodynamics Details Unlimited
    • Reversible and irreversible processes Details Unlimited
    • Heat engine and refrigerator Details Unlimited
    • Carnot Engine and Carnot Cycle Details Unlimited
    • Equation of state of a perfect gas Details Unlimited
    • Work done in compressing a gas Details Unlimited
    • Kinetic theory of gases – assumptions Details Unlimited
    • Concept of pressure Details Unlimited
    • Kinetic interpretation of temperature Details Unlimited
    • Rms speed of gas molecules Details Unlimited
    • Degrees of freedom Details Unlimited
    • Law of equi-partition of energy Details Unlimited
    • Concept of mean free path, Avogadro’s number Details Unlimited
    • Application to specific heat capacities of gases Details Unlimited
    • Periodic motion – time period, frequency, displacement as a function of time Details Unlimited
    • Periodic functions Details Unlimited
    • Simple harmonic motion (S.H.M) and its equation Details Unlimited
    • Oscillations of a spring-restoring force and force constant Details Unlimited
    • Energy in S.H.M Details Unlimited
    • Kinetic and potential energies Details Unlimited
    • Simple pendulum derivation of expression for its time period Details Unlimited
    • Free, forced and damped oscillations Details Unlimited
    • Resonance Details Unlimited
    • Wave motion Details Unlimited
    • Transverse and longitudinal waves Details Unlimited
    • Speed of wave motion Details Unlimited
    • Displacement relation for a progressive wave Details Unlimited
    • Principle of superposition of waves Details Unlimited
    • Reflection of waves Details Unlimited
    • Standing waves in strings and organ pipes Details Unlimited
    • Fundamental mode and harmonics Details Unlimited
    • Concepts of Beats Details Unlimited
    • Doppler effect Details Unlimited

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