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The purpose of this course is to develop an understanding of the regulatory principles affecting wind project development from greenfield to decommissioning or repower. The course begins with an overview of basic real property laws and principles to consider when planning a wind project, including title and ownership principles, severance of rights in the estate, zoning considerations, easements, FAA and FCC regulations on airspace, and wake effect case law.

What is religion, and why do people care so much about it? This course will examine the origins and development of some of the world's major religions including Hinduism, Buddhism, Judaism, Christianity, and Islam. We will read sacred texts and travel to sites of worship. We will also consider how religion continues to shape current affairs. Students will prepare analytic essays, participate in group discussions, and attend off-campus field trips.

What is religion, and why do people care so much about it? This course will examine the origins and development of some of the world's major religions including Hinduism, Buddhism, Judaism, Christianity, and Islam. We will read sacred texts and travel to sites of worship. We will also consider how religion continues to shape current affairs. Students will prepare analytic essays, participate in group discussions, and attend off-campus field trips.

What is religion, and why do people care so much about it? This course will examine the origins and development of some of the world's major religions including Hinduism, Buddhism, Judaism, Christianity, and Islam. We will read sacred texts and travel to sites of worship. We will also consider how religion continues to shape current affairs. Students will prepare analytic essays, participate in group discussions, and attend off-campus field trips.

Topics course: According to a growing number of social theorists, and pretty much everybody else, we are living in an age of crisis. One of the critical tasks of our time is to develop interdisciplinary tools to analyze how environmental conditions, economic systems, technological developments, and political ideologies have sent us on a path of catastrophes: climate change, resource exhaustion, inequality, social fragmentation, and political repression.

Using chemical reactions to make quantitative predictions is a foundational skill in chemistry. This skill is
built on a set of quantitative approaches including dimensional analysis, reaction stoichiometry and
physical measurement. Students will build and refine these skills through both individual and group work
in a small class setting. This course is a co- or prerequisite for CHM 111; students will be recommended
for this course on the basis of a short placement exam. For these students successful completion of CHM

This laboratory is for students with strong preparation in chemistry and is a companion to CHM 114. Topics covered include solution chemistry and pH, visible spectroscopy, chemical quantification, inorganic complexes, and equilibrium. Students will develop a strong foundation of laboratory safety and chemistry lab techniques with a focus on iterative experimental design and careful observation. Students will also practice scientific communication skills via keeping a lab notebook, writing reports, and presenting to classmates.

This laboratory is for students with strong preparation in chemistry and is a companion to CHM 114. Topics covered include solution chemistry and pH, visible spectroscopy, chemical quantification, inorganic complexes, and equilibrium. Students will develop a strong foundation of laboratory safety and chemistry lab techniques with a focus on iterative experimental design and careful observation. Students will also practice scientific communication skills via keeping a lab notebook, writing reports, and presenting to classmates.