Physics of Astronomy: Orbital Motion & Kepler's Laws

In this course, you're going to shift your perceptions of reality to fuel analytical efficiency, master fundamental models at the core of every branch of physics, and use your newfound physics knowledge to predict the evolution of any astronomical object soaring through our solar system. Most of these skills are essential for success in any STEM industry (Physics, Engineering, Astronomy, etc), but we'll be personally using your newfound physicsknowledge to tackle some of the greatest mysteries of our universe. EXPLORE THE DEEPEST DEPTHS OF THE UNIVERSE WHILE DEVELOPING SKILLS ESSENTIAL FOR SUCCESS.

Bridge Physics and Astronomy concepts as we unravel the fabric of the cosmos and explore the beautiful mysteries it has to offerMaster fundamental physics models and principles at the core of every branch of Physics (Two-body central force problem, conservation of angular momentum, effective potential energy, etc)Develop proven techniques for optimizing your physics analyses and promoting problem-solving efficiency (Select generalized coordinates to simplify mathematics & physics, Choose reference frames for streamlining solutions, and discover clever mathematical tricks)Learn to express the geometry of Astronomy through the Mathematics of Conic Sections (Describe parabolas, ellipses, and hyperbolas through one generalized, polar equation)Confidently apply Classical Physics concepts to predict the evolution of any astronomical object soaring through our universeExplore the defining characteristics of bounded & unbounded orbits and their connection to energy & eccentricityDevelop a comprehensive understanding of Kepler's Laws and how they are utilized in Astronomy (Use Kepler's Third Law to predict the periods of satellites orbiting our planet, employ Kepler's First Law to understand the shapes of planetary orbits, etc)Experience the beauty of physics in a fun, exciting atmosphere you'll never find in a classroom; I'll make you love and enjoy physics, while enhancing your skill setsMASTER THE PHYSICS PRINCIPLES THAT MAKE SPACE EXPLORATION POSSIBLE. Interested in diving into the darkest depths of our universe. Want to peer beneath the surface of reality and discover the secrets behind our solar system.

If so, then you've just chosen to embark on the right journey. Ever since the conception of humanity, one question has persistently driven us to search for knowledge and understanding: why are we here, and what place do we serve in this vast universe. From our neighboring planets to the distant stars, we have always been fascinated by the heavenly objects occupying our vast night skies; they awaken our innate sense of exploration and fill us with adoration and wonder.

For example, not only did our ancestors continually characterize the planets as divine gods, but the human race has been striving to make sense of our solar system's structure for as long as we can remember. In fact, the earliest recording of astronomy studies date back to 600 BCE - when Greeks such as Pythagoras, Thales of Miletus, Plato, and Aristotle began to use mathematics and physics principles to explain the motion of the cosmos. Even today, with all that we've discovered about the vast universe, our curiosity still draws us towards more distant, mysterious regions of space - as evidenced by the vast 2019 budget ($21.