phsi 170 sun, earth and universe physics · seeds, m.a. and backman, d.e., foundations of...

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PHSI 170 Sun, Earth and Universe Physics 18 points This course progresses in a largely descriptive way through the essentials of our understanding of the Sun-Earth system and its place in the wider universe. Lecture topics include ancient, classical and modern astronomy, stellar evolution, supernovae, black holes, cosmology and the exploration of the solar system. Special topics will be included, some examples of which are: the size and age of the universe; the search for extraterrestrial intelligence; and what the effect would be of a large meteor impact on Earth. The importance of historical aspects and the progressive development of ideas will be emphasised, with a minimum of mathematics. This course is intended for students who have an interest in broad education. We aim to facilitate a continuing interest in astronomy and space exploration. Prerequisite None Restriction None Open for Interest Only enrolment – lectures only (with Head of Department permission) Time commitment Lectures Mon, Tue, Wed, Thu: 1300-1350 QUAD4 Tutorials Wed: 1100-1150 or 1500-1550 Practicals Thu: 0900-1150 or 1500-1750 Please see http://www.physics.otago.ac.nz/internal/PHSI170/PHSI170_2013_Lecture_topicplan.pdf for tutorial and practical teaching rooms Lecturer Associate Professor Craig Rodger and Associate Professor David Hutchinson (course coordinators) Prescribed textbook Seeds, M.A. and Backman, D.E., Foundations of Astronomy, 12 th edition, Thomson Brooks/Cole, 2013 Assessment Laboratories and discussion groups 15% Essays (2 7.5%) 15% Mid-school test 10% Final examination (2 hours) 60% Class limits Minimum 20, maximum 50 Fees Domestic (including Interest Only) $895.95, International $3795.00, Study Abroad $2925.00. Each student studying on campus incurs an additional Student Services fee of $112.

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PHSI 170 Sun, Earth and Universe

Physics

18 points

This course progresses in a largely descriptive way through the essentials of our understanding

of the Sun-Earth system and its place in the wider universe. Lecture topics include ancient,

classical and modern astronomy, stellar evolution, supernovae, black holes, cosmology and the

exploration of the solar system. Special topics will be included, some examples of which are:

the size and age of the universe; the search for extraterrestrial intelligence; and what the effect

would be of a large meteor impact on Earth. The importance of historical aspects and the

progressive development of ideas will be emphasised, with a minimum of mathematics. This

course is intended for students who have an interest in broad education. We aim to facilitate a

continuing interest in astronomy and space exploration.

Prerequisite

None

Restriction

None

Open for Interest Only enrolment – lectures only (with Head of Department permission)

Time commitment

Lectures Mon, Tue, Wed, Thu: 1300-1350 – QUAD4

Tutorials Wed: 1100-1150 or 1500-1550

Practicals Thu: 0900-1150 or 1500-1750

Please see

http://www.physics.otago.ac.nz/internal/PHSI170/PHSI170_2013_Lecture_topicplan.pdf

for tutorial and practical teaching rooms

Lecturer

Associate Professor Craig Rodger and Associate Professor David Hutchinson (course

coordinators)

Prescribed textbook

Seeds, M.A. and Backman, D.E., Foundations of Astronomy, 12th

edition, Thomson

Brooks/Cole, 2013

Assessment

Laboratories and discussion groups 15%

Essays (2 7.5%) 15%

Mid-school test 10%

Final examination (2 hours) 60%

Class limits

Minimum 20, maximum 50

Fees

Domestic (including Interest Only) $895.95, International $3795.00, Study Abroad

$2925.00.

Each student studying on campus incurs an additional Student Services fee of $112.

To receive the Otago Summer School Prospectus and Registration Form go to: www.otago.ac.nz/summerschool or contact Summer School and Continuing Education email [email protected] or tel 03 479 9181INFORMATION LINE 0800 80 80 98

Otago Summer School 07 January – 21 February 2013

PHSI170

Sun, Earth and Universe

2O13

Discover what we know about the universe and how we know it

The Eagle Nebula (M16) 6500 light years from Earth Image Credit: T. A. Rector & B. A. Wolpa (NOAO/AURA/NSF)