Circular Motion and the Law of Gravity
Handouts and PowerPoint lectures for this unit: Calendar | Handouts | Lectures
Labs for this unit: Plate Lab .:. Orbit Lab .:. Space Station Project
Assessments: 5.1 - Centripetal Acceleration .:. 5.2 - Vertical Circle .:. 5.3 - Gravity and Orbit .:. IB Exams (Quarter 1)
5A. Calculate and understand centripetal acceleration.
Noteguide05A-CentripetalAcceleration.docx
Centripetal Acceleration:
5C1. Understand "g" force in vertical circle problems
Noteguide05C1-VerticalCircle.docx
g Force in Vertical Circles:
5C2. Solve motion in a vertical circle problems.
Noteguide05C2-VerticalCircle.docx
Vertical Circle Example 2:
Example 4: Given the force at the top, and the radius, find the velocity and the force at the bottom
5D. Understand what the four fundamental forces of the universe are.
Noteguide05D-FundamentalForces.docx
FUN-da-mental forces of Physics:
5E0. Use Scientific Notation
No Noteguide yet
Using Scientific Notation:
5E. Solve Simple gravitational force problems.
Noteguide05E-UniversalGravitation.docx
Universal Gravitation:
5F. Solve circular orbit problems.
Watch this brief introductory video, and then part 1 and part 2:
Orbit Problems:
More Examples (Optional)
If you are having difficulty with solving orbit expressions for a certain variable, or want to know EXACTLY how to type it into the calculator, check out these two videos: (Back Side of Noteguide)
5G. Understand Kepler's three laws of planetary motion, and use the third law to solve problems
Kepler's Laws:
5H. Understand how banked corners work, and calculate optimal bank angles
Noteguide05H-BankedCorners.docx
Banked Corners:
Homework Videos: Vertical Circle and Orbit Examples .:. Orbit and Gravity
Homework Solutions: Orbit and Gravity .:.