Present basic and modified equations of motion for rotating fluids to explain large-scale ocean and atmosphere motions. Topics include: geostrophic approximation; conservation of potential vorticity; Ekman transport and pumping; quasi-geostrophic approximation baroclinic instability; Rossby and Kelvin waves.

Prerequisites: Mathematics 5C, Geography 104, and Geography 110, or equivalent.

4

Units

Optional

Grading

1, 2, 3

Passtime

Graduate students only

Level Limit

Letters and science

College
DING Q
Qinghua Ding
8 reviews
Lecture
ELLSN4824
M W
11:00 AM - 12:15 PM
2 / 4
Sections
T B A
2 / 4
GEOG 249 Ding Q Fall 2020 Total: 9
GEOG 249 Ding Q Fall 2018 Total: 7
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GEOG3 . Ding Q 3 Months Ago

Interesting and easy class, highly recommend. Multiple choice 2 midterms and final. 6 assignments.

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GEOG3 . Ding Q 3 Months Ago

I found the material really interesting and Professor Ding was clearly very passionate about this course. He was very helpful during office hours and his grading curve ensured that everyone would pass with either an A or B.

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GEOG3 . Ding Q 3 Months Ago

seriously recommend this class if you want an easy GE, super passionate professor though his accent makes it hard to understand what he's lecturing on sometimes. It doesn't really matter though cuz you mainly learn through his slides which are pretty engaging and well made. The curves he gave were insane.

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GEOG3 . Ding Q 3 Months Ago

Very generous % to letter grade (86 or above was an A/A+). Easy, interesting class. "Mandatory" lecture but iClicker normally didn't even work, weekly section hw but sections not rlly mandatory. Prof very passionate and knowledgeable in class content, tried to make concepts fun to learn, gave study guides before midterms/final. Awesome time!

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