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Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain? What instrument measures air pressure?

Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

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Page 1: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Do Now – In BindersDescribe how wind is created.What is the relationship between density and pressure?

What happens to air pressure as I hike up a mountain?

What instrument measures air pressure?

Page 2: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

What roles do composition, structure, and properties play in our atmosphere?

Page 3: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Coriolis EffectBecause the Earth rotates, and consists of a

mixture of land and sea, the Coriolis Effect exists

The Coriolis Effect is the movement of particles (such as air) to the right in the Northern Hemisphere

How about the South?They move to the left

Page 4: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Coriolis Effect

Page 5: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Global WindsGlobal wind patterns are caused by:

Coriolis EffectThe land and sea makeup of Earth

Page 6: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Warm Moist Air Rises

Page 7: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Warm Moist Air Rises

Cool Dry Air Sinks

Cool Dry Air Sinks

Page 8: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Warm Moist Air Rises

Cool Dry Air Sinks

Cool Dry Air Sinks

Cold Moist Air Rises

Cold Moist Air Rises

Page 9: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Warm Moist Air Rises

Cool Dry Air Sinks

Cool Dry Air Sinks

Cold Moist Air Rises

Cold Moist Air Rises

Very Cold Air Sinks

Very Cold Air Sinks

Page 10: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Warm Moist Air Rises

Cool Dry Air Sinks

Cool Dry Air Sinks

Cold Moist Air Rises

Cold Moist Air Rises

Very Cold Air Sinks

Very Cold Air Sinks

H

L

H

H

H

L

L

Page 11: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

H

L

H

H

H

L

L

Wind Moves from HIGH

to LOW

Page 12: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Objects are deflected to

the RIGHT in the

Northern Hemisphere

Page 13: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?
Page 14: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Remember!Wind gets its name

from thedirection it is blowing

FROM!

Page 15: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Northern Wind PatternsPolar Easterlies

90 – 60 latitude from the eastPrevailing Westerlies

60 – 30 latitude from the westTrade winds

30 – 0 latitude from the East

Page 16: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Latitude NicknamesHorse Latitudes

30 latitudeNamed because the boats stalled and the

horses had to go!Doldrums / Intertropical Convergence Zone

(ITCZ)EquatorTrade winds converge from north and southNamed because boats also got stranded here

Page 17: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?
Page 18: Do Now – In Binders Describe how wind is created. What is the relationship between density and pressure? What happens to air pressure as I hike up a mountain?

Jet StreamsJet Streams form at

latitudes where wind systems come together

High speed westerly winds form high above the surface