Physics 3340 Home Page

Fall 2015: Instructor - Brad deYoung - bdeyoung@mun.ca

The course will focus on basic physical principles of light, heat, energy and sound in the natural environment. For us environmental physics will mean exploring the terrestrial, oceanic and atmospheric environment through the understanding provided by physics. We will draw on ideas and concepts from many different areas of physics from mechanics and electricity and magnetism to thermodynamics and particle physics. Since we are humans there will be some bias towards issues that are most relevant to us. The issues related to our overabundance on the planet will receive particular attention.

The instructor for this course is Dr. Brad deYoung (bdeyoung@mun.ca) whose office is in C-4062. We will meet in room C-3067. The text for the course is E. Boeker and R. van Grondelle. Environmental Physics. Wiley and Sons., 2011 Third Edition. I will post class notes, assignments, tests (after they are written) and solutions on this page. I will try to get the notes up after the class but I may not always be very quick about it.

The outline for the course is

  • Course outline


    Fall 2015 Lectures

  • 1. Introduction
  • 2. Radiation and Environment
  • 3. Radiation and Atmosphere
  • 4. Stability
  • 5. Climate
  • 6. Climate Change
  • 7. Carbon in the Ocean
  • 8. Decision Making and Climate
  • 9. Heat Transfer
  • 10. Heat Engines Thermodynamics
  • 11. Internal Combustion
  • 12. Working Engines
  • 13. Car Forces
  • 14. Batteries
  • 15. Energy Storage
  • 16. Wind Power
  • 17. Wave Energy
  • 18. Wave Devices
  • 19. Nuclear Energy
  • 20. Neutrons
  • 21. Reactor Types
  • 22. Reactor Equations
  • 21. Ocean Currents and Pollution

    Assignments

  • Assignment # 1 - Solutions
  • Assignment # 2 - Temperature data - Solutions
  • Assignment # 3 - Solutions
  • Essay Guidelines - The Message Box
  • Assignment # 4 - Solutions
  • Assignment # 5 - Solutions
  • Bonus Study Assignment - Solutions

    Readings

  • Global CO2 Emissions
  • Glacial Dynamics
  • Sea Level Rise
  • Climate Change and Fish
  • Climate and Ecology
  • Climate Projections and Probability
  • Geoengineering and sea-level rise
  • Geophysical limits to global wind power
  • Civil conflict and global climate

    Reference material

  • General Overview of UV and Skin Cancer
  • Science Review of Skin Cancer (Most Cited)
  • News report on IPCC 2100 Forecast


    Last updated 8 December 2015