Slide 1Long Term Future of Halos, Definition of Galaxy Mass, Orbital Instabilities, and Stochastic Hill’s Equations Fred Adams, Univ. Michigan fq(x) Foundational Questions…

Slide 1Designing a Solenoid for Low Temperature Resistance Measurements of Nanostructures PHYS 4300 May 15, 2009 Jon Caddell Dr. Murphy Slide 2 Outline Motivation Spintronics…

Slide 1 Slide 1 Kepler’s Laws of Planetary Motion 1.The orbits of the planets are ellipses with the sun at one focus. Eccentricity e = c/a c Slide 2 Slide 2 e = R a - R…

Slide 1 Final exam 40% - new material Ch. 15-18, 60% - previous chapters All - multiple choice questions Bring green scantron form 1/3 numerical problems, 2/3 concepts Don’t…

Slide 1 Announcements 50 students have still not registered and joined our class on Astronomy Place. The assignments for Wednesday is the tutorial “Orbits & Kepler’s…

Slide 1 Exploring our Solar System P2f part 1 Slide 2 Objectives In this lesson we should learn: about the bodies in space that make up the Universe why planets and moons…

Slide 1 Waves A N. Hardy Powerpoint Slide 2 What we will learn. Causes of Waves How Waves move Wave characteristics Orbital motion Wind Waves Waves approaching shores Tsunamis…

Slide 1 7.3 Circular Motion and Gravity pp. 260 - 265 Mr. Richter Slide 2 Agenda  Warm-Up  Intro to rotational motion.  Refresh on Newton’s Laws  Notes: …

Slide 1 Slide 2 9.4.1State that gravitation provides the centripetal force for circular orbital motion. 9.4.2Derive Kepler’s third law. The third law states that the period…