FISIKA Kelas 10 - Gerak Melingkar | GIA Academy

Introduction to the concept of circular motion and its connection to physics principles such as circular motion, period, frequency, velocity, angular position, angular velocity, centripetal acceleration, and force in circular motion.

Explains the parameters in circular motion including period, frequency, angular position, angular velocity, linear velocity, centripetal acceleration, and force. Formulas and units for each parameter are discussed.

Detailed explanation of equations in circular motion including the relationship between period and frequency, angular position, angular velocity, linear velocity, centripetal acceleration, and force. Formulas such as T = 1/F, V = 2πR, a_s = v^2/R, and F = ma are covered.

Discussion on uniform circular motion where the object moves in a circle with constant speed. Explanation of the relationships between linear speed, angular speed, acceleration, and position in uniform circular motion.

Explanation of non-uniform circular motion where the object's speed or direction changes as it moves in a circle. Details on the changes in parameters like angular velocity, linear velocity, and acceleration in non-uniform circular motion.

Applications of circular motion in wheeled systems, specifically discussing the relationships between rotating wheels, gear ratios, and angular velocities. Examples and calculations related to wheel systems are provided.