Two Dimensional Kinematics-Projectile Motion

Two Dimensional Kinematics-Projectile Motion, available at $34.99, with 22 lectures, and has 55 subscribers.

You will learn about you will learn the main idea that perpendicular directions are completely independent you will learn how to apply kinematics separately in x, y and z directions you will learn how to calculate maximum height, range and time of flight you will learn how to do problems involving projectile on incline This course is ideal for individuals who are This course is for those above 18 years interested in physics or It is for parents of those who are under 18 and want to help their children understand projectile motion and two and three dimensional motion It is particularly useful for This course is for those above 18 years interested in physics or It is for parents of those who are under 18 and want to help their children understand projectile motion and two and three dimensional motion.

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Summary

Title: Two Dimensional Kinematics-Projectile Motion

Price: $34.99

Number of Lectures: 22

Number of Published Lectures: 22

Number of Curriculum Items: 22

Number of Published Curriculum Objects: 22

Original Price: ₹6,900

Quality Status: approved

Status: Live

What You Will Learn

you will learn the main idea that perpendicular directions are completely independent
you will learn how to apply kinematics separately in x, y and z directions
you will learn how to calculate maximum height, range and time of flight
you will learn how to do problems involving projectile on incline

Who Should Attend

This course is for those above 18 years interested in physics
It is for parents of those who are under 18 and want to help their children understand projectile motion and two and three dimensional motion

Target Audiences

This course is for those above 18 years interested in physics
It is for parents of those who are under 18 and want to help their children understand projectile motion and two and three dimensional motion

Here we will be dealing with an object thrown at an angle to horizontal. This course will help you to analyze the problem of finding the time of flight, maximum height, range, equation of trajectory and many other related kinematical quantities. Multiple methods have been given to calculate some of the quantities. This is followed by a discussion on horizontal projectile (thrown from the top of a wall) and the calculation of time of flight and range in those cases. The main concept of considering the projectile as two separate one dimensional motions, one along x axis and the other along y axis has been used throughout in all the lectures. Also projectile on inclined plane , how to choose appropriate coordinate system in such cases and how to solve the range on incline and time of flight in such cases are thoroughly discussed. Some problems have been discussed with solutions having three to four methods in some cases.

A unique innovative approach of taking one situation and trying to solve many bits pertaining to that situation has been used in these lectures as this gives complete clarity on how to solve all kinds of problems in this topic. I tried to cover different ideas and problems on distance travelled, displacement, average speed and average velocity in projectile motion.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Choosing Coordinate System and quantities in Projectile

Lecture 3: Writing Kinematical Quantities in projectile as components

Lecture 4: Time of flight and Maximum Height

Lecture 5: Alternate methods for calculating maximum height

Lecture 6: Horizontal Range of a projectile

Lecture 7: Equation of trajectory of projectile

Lecture 8: A Fantastic Problem on Projectile part 1

Lecture 9: A Fantastic Problem on Projectile part 2

Lecture 10: A Fantastic Problem on Projectile part 3

Lecture 11: A Fantastic Problem on Projectile part 4

Lecture 12: Concept of a horizontally thrown projectile

Lecture 13: A Problem of Projectile thrown from a wall

Lecture 14: A problem involving projectile grazing a mountain

Lecture 15: Five Good Problems on Projectile

Lecture 16: An Interesting Problem with Multiple Solutions

Lecture 17: Projectile on Inclined Plane

Lecture 18: An Inclined Plane Projectile Problem

Lecture 19: Two Simple Problems

Lecture 20: A ball thrown horizontally from certain height on incline

Lecture 21: Range on Incline in two methods

Lecture 22: Projectile grazing a roof from underneath

Instructors

Kalyan Dutt Shatdarsanam
B Tech Electrical Engineer and Physics Teacher

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