ROTATIONAL DYNAMICS 01 | ANGULAR VARIABLES | CLASS 11 | IIT JEE ADV | NEET | EAPCET | తెలుగు లో скачать в хорошем качестве

ROTATIONAL DYNAMICS 01 | ANGULAR VARIABLES | CLASS 11 | IIT JEE ADV | NEET | EAPCET | తెలుగు లో

In this video, we dive deep into the world of Rotational Dynamics, covering essential topics that will help you understand the fundamentals of circular motion and rotation. Topics Covered: 1. Angular Variables: Angular Displacement: Understanding the angle of rotation Angular Velocity: Rate of change of angular displacement Angular Acceleration: Rate of change of angular velocity 2. Accelerations in Circular Motion: Centripetal Acceleration: The force keeping objects in circular motion Tangential Acceleration: The acceleration tangent to the circular path 3. Torque: Understanding the concept of torque and its role in rotational motion 4. Angular Variables: Vectors or Not? Exploring why angular variables are not vectors in the traditional sense 5. Basics of Circular Motion: Understanding key terms and concepts Finding directions of angular variables and accelerations What You'll Learn: A thorough understanding of angular variables and their relationships How to calculate centripetal and tangential acceleration The role of torque in rotational dynamics Why angular variables don’t follow the traditional vector rules How to apply these concepts to solve real-world problems Perfect for: Class 11 and Class 12 students preparing for board exams Engineering students looking to strengthen their foundation in physics Anyone interested in understanding the principles of rotational motion Subscribe to our channel for more in-depth tutorials, and hit the notification bell to stay updated on new content! TIME STAMPS: 00:00 HIGHLIGHTS 03:40 STUDY MAP 07:30 RIGID BODY 09:30 TYPES OF MOTION 12:40 ANGULAR QUANTITIES 23:50 ANGULAR QUANTITIES ARE VECTORS OR SCALARS? 37:10 KINEMATICS EQUATIONS OF MOTION 47:40 RELATION BETWEEN V & ω 56:03 RELATION BETWEEN a and α 1:00:00 CENTRIPETAL AND TANGENTIAL ACCELERARTION 1:05:30 TRANSLATIONAL AND ANGULAR COMPARISION 01:11:20 FREQUENCY 01:15:10 ANGULAR VELOCTIES ABOUT DIFFERENT POINTS 01:23:20 TORQUE 01:30:55 NUMERICAL ON TORQUE