M.Sc.(Physics),B.Ed.,SET Qualified, Teaching experience 13years.

Vijayakumar Kottakota

In this course, the educator discusses Motion in a Plane.
The course will be beneficial for IIT JEE Aspirants.

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

Telugu

(Telugu) Part 2: Motion in a Plane - IIT JEE

Kinematics

Mechanics

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Introduction about the Course of Motion In A Plane-II, Projectile motion, Horizontal projectile, Uniform Circular Motion, Examples with figures

Introduction (in Telugu)

Course Overview of The new course Motion In A Plane-II, Description of all the Topics we have to Learn

Course Overview (in Telugu)

Trejectory Of Projectile, Horizontal and vertical Components of velocity of Projectile, Explanation of motion of Projectile by using figure.

Trejectory Of A Projectile (in Telugu)

Derivation of The Path of Projectile is Parabola, Example of problem comparison with the equation of trejectory.

Derivation Of Path Prabola (in Telugu)

Definition of Projectile, Assumptions Considering for the study of projectile, Principles of physical independence of motions, Examples of Projectile motion,The graphical representation of projectile path.

Projectile Motion (in Telugu)

Definition of the Parameters used in Projectile Motion, Time of Ascent, Maximum Height of projectile, Time of Flight, Horizontal Range of a projectile, The derivation of all parameters.

Motion Parameters Of A Projectile (in Telugu)

Range of Projectile interms of components of Velocity, Relation between Range and Maximum Height, Problem with solution based on the Relation between Range and Maximum Height.

Maximum Range - Maximum Height (in Telugu)

Two angles of projections for same Range, Explanation of concept by using the graph, Times of Flight for each angle of Projection and the product and Ratio of the Time of flights.

Same Range For Two Angles Of Projection (in Telugu)

Some Applications of Projectile,Two parts of the journey of Projectile and relation with the both time intervals, Example Probles based on the concept of Range.

Applications Of Parameters Of Projectile (in Telugu)

Vector Notations of Projectile Motion, Velocity Vector after some time, Velocity Vector after some height, Expression in both cases,And direction of Velocity in both cases

Vector Notation In Case Of Projectile Motion (in Telugu)

The Projectile position and Time. At any angular elevation, The graphical representation of above concept and derivation with explanation.

Position Of Projectile (in Telugu)

Explanation of the case for the Projectile Clears the same heights in its Path, Expression for time and distance between the Same heights, Example problem with solution.

Projectile Passing Same Heights (in Telugu)

The path of the projectile observed from another Projectile,The position relative to another Projectile, The graphical representation of the various cases of relative path of Projectile.

Path Relative To Another Projectile (in Telugu)

Velocity of the Projectile perpendicular to the initial velocityat a point on the path, Derivation of its condition, Problem based on the concept, And some other model with solution in different method.

Velocity Perpendicular To Projection (in Telugu)

Horizontal Projection, Graphical Representation and explanation, Equation of Trejectory, i.e. The  path of horizontal Projectile is a Perabola.

Horizontal Projection (in Telugu)

Parameters of horizontal Projectile, Time of descent, Range, Velocity at any instant of time, Derivation of expression for it, Example problems with solution.

Parameters Of Horizontal Projection (in Telugu)

Projectile on Inclined Plane, Derivation of time of flight, Range, And  the vertical height at which the Projectile strikes, And Alternative method for vertical height.

Projectile On Inclined Plane (in Telugu)

Problems Based on Horizontal Projection solution with explanation, Problem based on oblique Projectile with solution and explanation,And problem on Projection on Inclined Plane with solution.

Problems Based On Projectile Motion (in Telugu)

Problems with solution based on the concept of horizontal projection, Some other model problems with solution and explanation.

Conceptual Problems (in Telugu)

Applications of horizontal Projectile,Ball covered a staircase, Bomb dropped from aeroplane, Bomb exploded into two fragments and moves in opposite directions with different Velocity.

Applications Of Horizontal Projection (in Telugu)

Problems with solution based on horizontal Projectile concepts that staircase problem, horizontal Projection from a height in opposite directions with different Velocity.

Problems Based On Horizontal Projection (in Telugu)

Introduction to circular motion, Introduction of parameters of circular motion, explanation with examples.

Introduction To Circular Motion (in Telugu)

Definition of parameters or circular motion, Angular displacement, angular velocity of particle in circular motion Explanation using figures, units and formula.

Parameters Of Circular Motion (in Telugu)

Relation between linear velocity and angular velocity,The derivation and explanation about the concept with figure, Angular velocity of hands of a clock.

Relation Between Linear&Angular Velocity (in Telugu)

Angular acceleration defnition and explanation formula, Direction of angular acceleration, Equations of Motion in Linear motion and the same in the circular motion when the body moving in a circular path with Uniform angular acceleration.

Comparison Of Equations Of Motion (in Telugu)

Defnition of Uniform circular motion Centripetal Acceleration Definition and derivation of expression, centripetal acceleration in terms of angular velocity.

Centripetal Acceleration (in Telugu)

Some important formulae regards uniform circular motion, Definition and explanation of Non-Unifotm circular motion, Radial component and tangential component of acceleration,And it's magnitude and direction.

Non -Unifotm Circular Motion (in Telugu)

Problems based on AngularVelocity, centripetal acceleration, Earth's AngularVelocity, Time period etc. with solution and explanation.

Problems On Uniform Circular Motion (in Telugu)

Teaching - Physics & Quant
Founder - The VMD Inst, The VMD GYM, VIReAL Classrooms
Manager - Medical Edu Services Pvt Ltd

Uttam Singh

In this course, I have started PROJECTILE MOTION from very basic level and have covered everything (up to IIT JEE Level).

(Hindi) Projectile Motion: Important concepts and Numerical Problems

I'm your AR & you're my Squad! 
On YouTube 💢 AR SQUAD 💪
Teacher | Entertainer | Coach

Aayush Rathi

This is a practice course on 'Motion in a Straight Line' where we will be discussing around 100+ MCQs from exams like JEE Main, NEET, BITSAT, WBJEE, etc. This course is a must watch for all the Physics learning students.

(Hindi) Motion in a Straight Line - Practice Course with 100+ MCQs for IIT JEE

Pankaj Singh

(Hindi) Kinematics

This course is basically for IIT JEE and NEET aspirants. This is also beneficial for the students studying in class 11th.

(Hindi) Projectile Motion: IIT JEE

In this special course you will find very useful tricks and concepts on Laws of Motion. This Course is beneficial for IIT JEE aspirants.

(Hindi) Tricks And Techniques: Laws of Motion- IIT JEE


 BTECH (MECHANICAL ENGINEERING) YouTube-Knowledge world
Have more than 3 years of experience. 

Aman Kumar

This course contains all lessons of circular motion.

Lessons

28 lessons • 6h 19m

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Introduction (in Telugu)

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Course Overview (in Telugu)

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Trejectory Of A Projectile (in Telugu)

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Derivation Of Path Prabola (in Telugu)

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Projectile Motion (in Telugu)

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Motion Parameters Of A Projectile (in Telugu)

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Maximum Range - Maximum Height (in Telugu)

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Same Range For Two Angles Of Projection (in Telugu)

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Applications Of Parameters Of Projectile (in Telugu)

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Vector Notation In Case Of Projectile Motion (in Telugu)

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