# Physics Faculty in Bansal Learning, Kota
# Ex Physics Faculty in First Prize Institute, Kota
#6 years Teaching Experience
# YT magical edu

Kumar Ketan

I'll cover this course in accelerated motion in a straight line. The good name of this course is "Accelerated motion in one dimension". This is the most important chapter of Kinematics for IIT JEE and NEET. A lot of questions are related to this basic chapter. So watch the entire lessons and clear your all doubts regarding it and discuss to me for your further doubts.

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

Hindi

(In Hindi) Kinematics-Accelerated Motion in One Dimension: IIT JEE

Kinematics

Mechanics

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

In this course we'll discuss all about the accelerated motion specially the motion in one dimension. We'll discuss all the terms, points, topics, theories, concepts, formulas, tricks as well as the importance problems related to all topics. Also we'll discuss the lot of problems from previous years paper of IIT JEE and NEET.

Overview (in Hindi)

In this lesson we'll discuss on the Non-Uniform motion and accelerated motion in one dimension

Non-Uniform and Accelerated Motion (in Hindi)

In this lesson we'll discuss on the acceleration and its two OK types that is uniform acceleration and Non-Uniform or variable acceleration

Acceleration - Uniform Acceleration and Non-Uniform or Variable Acceleration (in Hindi)

In this lesson we'll discuss on the average acceleration of the body with the help of velocity time graph

Average Acceleration (in Hindi)

In this lesson we'll discuss on the instantaneous acceleration of a moving body and try to express in some calculus formulas

Instantaneous Acceleration (in Hindi)

In this lesson we'll discuss on the instantaneous acceleration with the help of velocity time graph

Graphical Representation of Instantaneous Acceleration (in Hindi)

In this lesson we'll discuss on the relaton between velocity and time that is called velocity-time relation

Velocity-Time Relation (In Hindi)

In this lesson we'll discuss on the relaton between position and time that is called position-time relation

Position-Time Relation (In Hindi)

In this lesson we'll discuss on the relaton between velocity and position that is called position-velocity relation

Position-Velocity Relation (In Hindi)

In this lesson we'll discuss on the various types of graphs of acceleration on velocity-time axis

Velocity-Time Graph of an Accelerated Motion (In Hindi)

In this lesson we'll discuss on the position time graph to evaluate the value of acceleration

Position-Time Graph for an Accelerated Motion (In Hindi)

In this lesson we'll try to find out the formula for the distance travelled in nth second

Distance Travelled in nth Second of an Uniformly Accelerated Motion (In Hindi)

In this lesson we'll discuss on the velocity time graph of an uniformly accelerated motion and try to calculate the value of acceleration and distance travelled by an object

Velocity-Time Graph of an Uniformly Accelerated Motion (In Hindi)

In this lesson we'll discuss on the derivation of equations of uniformly accelerated motion from velocity time graph

Part 1 : Derivation of Equations of Uniformly Accelerated Motion from Velocity-Time Graph (In Hindi)

Part 2 : Derivation of Equations of Uniformly Accelerated Motion from Velocity-Time Graph (In Hindi)

In this lesson we'll discuss on the derivation of Newton's first equation of motion that is first equation of uniformly accelerated motion by calculus method

First equation of uniformly accelerated motion by calculus method (In Hindi)

Second equation of uniformly accelerated motion by calculus method (In Hindi)

Third equation of uniformly accelerated motion by calculus method (In Hindi)

In this lesson we'll discuss on the concept of free fall and try to reduce the all equations according to free to free fall conditions

Motion of an Object Under Free Fall (In Hindi)

In this lesson, we'll solve some advance Level questions which has been asked in previous years of IIT or other competitive exams.

Important questions Part 1 (In Hindi)

Important questions Part 2 (In Hindi)

Important questions Part 3 (In Hindi)

Important questions Part 4 (In Hindi)

Important questions Part 5 (In Hindi)

Top Physics Faculty for JEE Main and Advanced from Kota.
10+ Years Experience. Ex Resonance Kota and Bansal Classes.
B .Tech - IIT Patna.

Kailash Sharma

The course covers first part of Kinematics that is Rectilinear Motion. We will study concepts based on Velocity, Acceleration, Equations of motion, Vertical Projectile Motion and Graph related problems in one dimensional motion.

(Hindi) Rectilinear Motion

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

In this course Kailash Sharma will cover all the basic mathematical formulas and vectors needed to understand and solve problems in Physics.

(Hindi) Mathematical Tools of Physics

In this course Kailash Sharma has covered in depth knowledge of motion in two dimensions, ground to ground projection, projection from height and projection along an inclined plane.

(Hindi) Projectile Motion - IIT JEE

18 years experience, mentored more than 500 ranks under 1000 including AIR: 21, 87, 273,381) | FIITJEE (Delhi), Narayana, VMC | IIT, Mandi

Pankaj Singh

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

In this course I have covered kinematics and dynamics of circular motion. This course will help you in understanding uniform and nonuniform circular motion. In the end I will cover Vertical Circular Motion and banking of roads.

Lessons

24 lessons • 4h 40m