Ayush P Gupta

This course is a destination for the complete understanding of projectile motion along with its applications and numericals. The lectures are explained in an highly crisp and easy way. The focus is more on quality rather than quantity. This would definitely prove helpful for aspirants targeting for different comptetions.

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

English

Projectile Motion for IIT JEE

Kinematics

Mechanics

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

This video is an introduction to what a projectile motion is, giving examples of projectile motion in our daily life, subsequently it shows how we can analyze it as two 1-D motion, and in the end describing the various terms used in the analysis of projectile motion.

Projectile Motion : Definition and Terms Used

This lecture starts with revision of the three equations of motion and subsequently focuses on the derivation of the equation of the path of projectile.

Projectile Motion : Equation of the PATH of Projectile

This lecture focuses on deriving the formulas for Time of Flight, Horizontal Range, Max Height reached by the projectile in its journey.

Projectile Motion : Expression of Max Height, Time of Flight, Horizontal Range

This lesson deals about analyzing the motion of a projectile thrown from top of the tower. This lesson is quite different from conventional lectures on this topic, as it presents a simple approach to deal with such problems. Students dont need to remeber any formula, they can simply derive everything with just three equations of motion.

Projectile Motion : (Method 1) Projectile thrown from the Top of a Tower

This video presents another method to analyze the motion of a projectile thrown from the top of the tower. This method is easy compared to Method 1.

Projectile Motion : (Method 2) Projectile thrown from the Top of a Tower

This video shows the easiest method to solve the problem on a projectile thrown from the top of the tower.

Projectile Motion : (Method 3) Projectile thrown from the Top of a Tower

This video comprises of the numerical on the topic mentioned. Also in the end it explains the significance of the negative time in the calculation.

Projectile Motion : (Numerical) Projectile thrown from the Top of a Tower

This video explains a special case of projectile motion in which projectile motion occurs on an inclined plane. This video is presented in an highly easy way compared to other conventional lectures available on this topic.

Projectile Motion: Inclined Plane

This video explains an important numerical which will clear most of the concepts. Also it present an important concept about time and intermediate position in the path of projectile

Quality Numerical 002

This video explains an important numerical involving elastic collision and incline plane problem. This numerical is important as it will clear many concepts, also it deals with an easy approach to solve such problems.

Quality Numerical 003 : Elastic Collision + Incline Plane

This video explains an important numerical based on Projectile Motion

Quality Numerical 004 : Time Taken

This videos explains an important numerical based on finding component of velocity

Quality Numerical 005 : Velocity Component in X direction

This video explains an important numerical based on the inclined plane motion of projectile

Quality Numerical 006 : Incline Plane Motion

This video explains an important numerical based on Inclined Plane Motion in Projectile Motion

Quality Numerical 007 : Incline Plane Motion (Advance)

This video explains an important question involving motion of two projectiles.

Quality Numerical 008 : Two Projectiles

This video explains an important numerical based on the inclined plane motion.

Quality Numerical 009 : Inclined Plane

Quality Numerical 010 : Inclined Plane

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

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

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

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

Pankaj Singh

(Hindi) Kinematics

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

17 lessons • 2h 20m

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Projectile Motion : Definition and Terms Used

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Projectile Motion : Equation of the PATH of Projectile

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Projectile Motion : Expression of Max Height, Time of Flight, Horizontal Range

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Projectile Motion : (Method 1) Projectile thrown from the Top of a Tower

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Projectile Motion : (Method 2) Projectile thrown from the Top of a Tower

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Projectile Motion : (Method 3) Projectile thrown from the Top of a Tower

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Projectile Motion : (Numerical) Projectile thrown from the Top of a Tower

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Projectile Motion: Inclined Plane

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Quality Numerical 002

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Quality Numerical 003 : Elastic Collision + Incline Plane

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