Gravity in Motion Section 6-1 Pages 150 - 156. In the beginning…. According to the Greek philosopher Aristotle, an objects mass affects how fast it will.
AP Physics The Right Stuff Units and Process Linda Summitt.
Rotation: circular motion around an inside axis - example the earth spinning on its own axis. Revolution: circular motion around an outside axis - example.
ConcepTest 7.1Tetherball ConcepTest 7.1 Tetherball Toward the top of the pole. 1) Toward the top of the pole. Toward the ground. 2) Toward the ground.
Aim: How can we explain circular motion? Do Now: An object travels 5 m/s north and then travels 5 m/s east. Has the object accelerated?
Weightlessness, G-Force, Inertia and Centripetal Force.
Some errors associated with this experiment: Human errors associated with measurement Equipment errors associated with measurement Incorrect assumptions.
1 Technical Presentation (1) State clearly that we are mounting a challenge to the concept of Perpetual Motion Machines Our inventions (and many others)
Causes of Circular Motion Chapter 7 Section 3. Force That Maintains Circular Motion When an object is moving in a circular path, it has a centripetal.
TIDES. What is a tide? A tide is the periodic rise and fall of a body of water due to gravitational interactions between the sun, moon and Earth The wavelength.
PHYS16 – Lecture 21 Circular Motion October 27, 2010.
Theory of Flight 6.06 Loads and Load Factor References: FTGU pages 17-18, 34-35.