1. Motion in a Circle.md

2024-4-11|2024-4-12
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Kinematics of Uniform Circular Motion
  1. Dictation/Definition: Define the radian and explain how angular displacement can be expressed in radians.  Answer:
  1. Conceptual Understanding: What is angular speed, and how does it differ from linear speed?  Answer:
  1. Formula Recall: How do you calculate angular speed () using the period (T)?  Answer:
  1. Formula Recall: Recall the formula for linear speed (v) of an object moving in a circular path in terms of its radius (r) and angular speed ().  Answer:
Centripetal Acceleration
  1. Conceptual Understanding: Explain the role of centripetal acceleration in maintaining circular motion.  Answer:
  1. Formula Recall: How is centripetal acceleration (a) calculated using radius (r) and angular speed ()?  Answer:
  1. Alternative Formula: What is the alternative formula for calculating centripetal acceleration using linear speed (v) and radius (r)?  Answer:
  1. Force Calculation: Derive the formula for the centripetal force (F) required to maintain circular motion in terms of mass (m), radius (r), and angular speed ().  Answer:
  1. Alternative Force Calculation: How can you calculate the centripetal force using mass (m), linear speed (v), and radius (r)?  Answer:
Physics
2. Gravitational Fields A.md1. Motion in a Circle A.md
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