Physics 100: Mastering Rotational Kinematics and Dynamics – Radhe Global
Comprehensive course including lectures and problem solving tutorials.
Instructor Names: Eric Meloche, Ph.D.
link: https://www.udemy.com/course/physics-100-mastering-rotational-kinematics-and-dynamics/
Objective
Improve test scores Students will be able to solve a wide variety of problems dealing with rotational motion
Curriculum
Introduction, Introduction, Rotational Kinematics, Introduction to Rotational Kinematics, Angular Units – Converting between Radians and Degrees, Angular Position vs Angular Displacement, Angular Motion Coordinate System, Angular Frequency – Omega, Average vs Instantaneous Angular Velocity, Finding the Direction of Omega, RPM’s, Hz, and Angular Velocity, Spinning Disk Velocity, Angular Acceleration – Definition of Alpha, Relating Linear to Angular Variables, Kinematic Equation for Motion with Constant Angular Acceleration, Rotational Kinematics – Example 1, Rotational Kinematics: Example 2, Commom Mistakes – Centripetal vs Tangential Accleration, Bicycle Gears, Rotational Dynamics, Introduction to Rotation Dynamics, How to make something rotate?, Moment of Inertia of Solid Objects, Torque Magnitude, Other ways to calculate the torque, Finding the direction of the torque vector using the Right-Hand-Rule, Right Hand Rule, Problems with Pulleys, Example: Find the direction of the torque, Newton’s 2nd Law for Rotation, Example: An unwinding cable, Example 2: Falling Mass Problem, Mastering the Moment of Inertia, Definition of Moment of Inertia, Calculating Moment of Inertia for Point Masses, Moment of Inertia of Solid Objects – Textbook Table, Moment of Inertia of a Disk (Calculus Problem), Moment of Inertia of a Disk vs a Hoop (or Ring), Moment of Inertia of a Bar, Moment of Inertia of Bar rotated through an axis located at the end, Parallel Axis Theorem, Example: Parallel Axis Theorem, Moment of Inertia of a Ring – Comparing 2 Methods, Advanced Problem – Part 1: Moment of inertia of disk with off centered hole, Part 2: Moment of inertia of object with a hole, Quick Recap, Rotational Energy, Introduction to Rotational Energy, Kinetic energy of an object rotating around a fixed axis, Example – Revisit Falling Mass Problem, Rotational Work, Example: Work Energy with Rotation, The Simple YoYo Problem, Rotational Power, Rolling Without Slipping, Rolling with and without slipping, No slip conditions, Rolling – Combination of Translation and Rotation, Rolling Race to the Bottom, Rolling Races Experiments, Rolling Races – Summary of Experiments, Races Results – Qualitative Explanation, Rolling – Free Body Diagram and Newton’s 2nd Law – Part 1, Rolling – Free Body Diagram and Newton’s 2nd Law – Part 2, Understanding the Race Results, Rolling down a hill using energy method, Using Kinematics to find velocity of center of mass, Rolling with Slipping, Bowling Ball slidding problem, Rotation Problems: Problem Set 1, Introduction to Rotation Problem Set 1, Problem 1, Problem 2, Problem 3, Problem 4, Problem 5, Problem 6, Problem 7, Problem 8, Problem 9, Problem 10, Rotation Problems: Problem Set 2, Introduction to Rotation Problem Set 2, Problem 1, Problem 2, Problem 3, Problem 4, Problem 5, Problem 6, Problem 7, Problem 8, Problem 9, Problem 10, Problem 11 – parts (a) and (b), Problem 11 – part (c), Problem 11 – part (d)
Paid (True/ False): True
No. Of Subscribers: 411
Rating: 4.624928
No. Of Reviews: 45
Instructional Level: All Levels