Summary: Winds on Upper-Level Charts

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Summary: Winds on Upper-Level Charts

Summary: Winds on Upper-Level Charts

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Which point has the bigger wind<br />

PGF<br />

wind<br />

PGF<br />

wind<br />

CF<br />

CF<br />

And a bigger Coriolis force<br />

implies a bigger wind

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Chapter 1: Seeing the Atmosphere - Texas A&M University

Chapter 2: Point Observations - Department of Atmospheric Sciences

Aerosol Sources and Composition

Syllabus - Department of Atmospheric Sciences - Texas A&M ...

Chapter 8: Coordinate Systems - Texas A&M University

Wakimoto and Bringi (1988)

Geostrophic Wind - Department of Atmospheric Sciences - Texas ...

Weather Map Symbols

ATMO 689 Lecture #12, 11/30/04

LAND STATION SURFACE SYNOPTIC CODE FM 12-IX SYNOP

Constitution and By-laws for the - Department of Atmospheric Sciences

Chapter 13: Fronts and Frontogenesis - Texas A&M University

Chapter 12: Atmospheric Structure - Texas A&M University

Which point has the bigger wind PGF wind PGF wind CF CF And a bigger Coriolis force implies a bigger wind

Which point has the bigger wind PGF wind PGF wind CF CF So tighter height c<strong>on</strong>tours mean bigger winds!!

Page 1 and 2: Summary: W
Page 3 and 4: Summary: W
Page 5 and 6: Which point has the bigger wind
Page 7: Which point has the bigger wind PGF
Page 11 and 12: Summary: W
Page 13 and 14: .....so maybe something like this L
Page 15 and 16: Schematic showing winds in balance
Page 17 and 18: Surface Convergence and Rising Air
Page 19 and 20: As air converges into a low center,