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

Vijayakumar Kottakota

Introduction, Classification of Physical Quantities, Different Types of Vectors, Laws of Vectors, Resolution of Vectors, Projectile Motion, Motion Along a Curved Path, Uniform Circular Motion, Relative Velocity in 2D

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) Motion In A Plane - IIT JEE

Kinematics

Mechanics

Physics

IITJEE, NEET UG and Foundation

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Test Preparation

Introduction (In Telugu)

Discussion about the concepts which we are going to learn in the Course Motion In A Plane

Course Overview (In Telugu)

Classification of Physical Quantities, Definition of Scalars and Vectors, Examples for Scalars and Vectors, Geometrical Representation of Vectors

Introduction To Vectors (in Telugu)

Various Types of Vectors, Explanation of some Vectors Equal Vectors, Like and Unlike Vectors, Negative Vector, Parallel Vectors and Collinear Vectors

Types of Vectors(in Telugu)

Defnition of Unit Vector and it's Significance, Unit Vectors along X,Y,Z - axes in Cartesian coordinate system, Defnition of the Null Vector and examples, Localised and Free vectors

Unit Vector And Null Vector(in Telugu)

Addition of Vectors and Geometrical Representation, laws of addition of Vectors, Commutative, Associative, Distributive Laws and Geometrical Representation of it

Addition of Vectors (in Telugu)

Definition of Subtraction of Vectors interms of Addition, The concept of Negative and Null Vector used to Subtraction, Geometrical Representation of Subtraction of Vectors

Subtraction of Vectors(in Telugu)

Resolution of any Vector into its components, The conditions for Resolution, Geometrical Representation of Resolution of Vectors, what is uniqueness, Uniqueness of Resolution of a Vectors along the direction of two Vectors

Resolution of Vectors (in Telugu)

Resolution of Vector as two components which are Perpendicular to exchange other, Magnitude of Vector using rectangular components, some examples of application of rectangular components

Rectangular Components of Vector(in Telugu)

Components of a Vector in Space(3D), Directional cosines, The direction mentioned by a Vector in 2D, The angle made by a vector with X- axis when their components are equal

Resolution in Space - 3D(in Telugu)

Parallelogram Law of Addition of Vectors , Definition and explanation, Expression for Magnitude and Direction

Analytical Method - Addition of Vectors (in Telugu)

Some special cases of Parallelogram law of Vectors, When Vectors parallel, opposite, perpendicular,Trangle law of addition of Vectors, Polygon law of addition of Vectors

Triangle Law And Polygon Law of Vectors (in Telugu)

Applications of Analytical Method Parallelogram law of Vectors and Triangle law of Vectors,Eplination with examples

Some Applications of Analytical Method (in Telugu)

Definition of Position Vector and explanation, Displacement Vector and explanation, The Graphical Representation of the both concepts

Position And Displacement Vector (in Telugu)

Velocity Definition and explanation with expression, Direction of velocity along any cube, Acceleration in 2D, Motion in a plane with constant acceleration.

Velocity And Acceleration In 2D(in Telugu)

Lami's Theorem,Its derivation using Triangle law of Vectors and Sine rule, Tangent Law

Lami's Theorem (in Telugu)

Relative velocity Definition and difference between 1D and 2D as per Relative Velocity, Direction of resultant,Example problem on relative velocity

Relative Velocity In 2D Motion (in Telugu)

Problems Based on Triangle law and Polygon law of Vectors, Problem based on parallelogram Law of Vectors

Problems Based On Vectors (in Telugu)

Multiplication of Vector with a Real number or a scalar, Example for each case, Types of Multiplication of Two Vectors

Multiplication Of Vectors (in Telugu)

Definition of Scalar or Dot Product, Components form of Dot Product, Properties of Scalar Product, Scalar Product of Unit Vectors

Dot Product Of Vectors (in Telugu)

Scalar Product in terms of Rectangular components, Determination of Angle between two Vectors using Scalar Product, Component of a Vector along another vector

Applications Of Scalar Product (in Telugu)

Definition and explanation of Vector Product, Right hand Rule, Properties of Vector Product, Vector Product of Unit Vectors

Vector Product (in Telugu)

Vector Product  interms of Rectangular components, Vector Product as Determinent, Determination of unitvector perpendicular to the Vectors

Vector Product Of Rectangular Components (in Telugu)

Applications of Vector Product by means of some expressions, Sine angle between Vectors, Area of Parallelogram,Area of a Triangle

Applications Of Vector Product (in Telugu)

Crossing River by man or boat case, Crossing River in shortest time, Crossing River in shortest path, Direction of boat in both the cases

2D Motion - Crossing River (in Telugu)

Boat  River Problems Based on shortest time and shortest path, Same concept application for minimising the drift of the boat at another bank it reached

River-Boat Problems (in Telugu)

Rain and Man problems based on Relative Velocity in 2D motion Concept, Rain falling and umbrella position to avoid rain problems with solution and explanation, The formulae regards the concept with Representation of proper figures

Rain-Man Problem (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

27 lessons • 6h 22m

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Introduction (In Telugu)

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Course Overview (In Telugu)

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Introduction To Vectors (in Telugu)

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Types of Vectors(in Telugu)

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Unit Vector And Null Vector(in Telugu)

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Addition of Vectors (in Telugu)

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Subtraction of Vectors(in Telugu)

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Resolution of Vectors (in Telugu)

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Rectangular Components of Vector(in Telugu)

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Resolution in Space - 3D(in Telugu)

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