ORIGIN from Greek anemos wind ORIGIN from Greek

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[ORIGIN from Greek anemos ‘wind’] [ORIGIN from Greek baros ‘weight’]

[ORIGIN from Greek anemos ‘wind’] [ORIGIN from Greek baros ‘weight’]

In a high pressure area, air will (rise, sink) because the air is (less,

In a high pressure area, air will (rise, sink) because the air is (less, more) dense. This is because the air is (cold, warm) and (rises, sinks). Therefore, clouds CANNOT form.

In a low pressure area, air will (rise, sink) because the air is (less,

In a low pressure area, air will (rise, sink) because the air is (less, more) dense. This is because the air is (cold, warm) and (rises, sinks). Therefore, clouds are LIKELY to form.

Correctly draw the direction of wind flow around both a high and a low

Correctly draw the direction of wind flow around both a high and a low pressure area in the NORTHERN HEMISPHERE.

low pressure warm or cold air rising or sinking clouds or no clouds clockwise

low pressure warm or cold air rising or sinking clouds or no clouds clockwise or counterclockwise wind direction winds toward or away from the center high pressure

On the diagrams below, label which one represents a land breeze and which represents

On the diagrams below, label which one represents a land breeze and which represents a sea breeze. Correctly label on each diagram where the high and low pressure areas would be found.

On the diagrams below, label which one represents a land breeze and which represents

On the diagrams below, label which one represents a land breeze and which represents a sea breeze. Correctly label on each diagram where the high and low pressure areas would be found.

On the diagrams below, label which one represents a land breeze and which represents

On the diagrams below, label which one represents a land breeze and which represents a sea breeze. Correctly label on each diagram where the high and low pressure areas would be found.

What’s the relationship between wind and waves?

What’s the relationship between wind and waves?

Using the chart on page 14, state the prevailing wind direction for each latitude

Using the chart on page 14, state the prevailing wind direction for each latitude below: 45°N 45°S 75°N 20°N

ORIGIN from Greek anemos wind ORIGIN from GreekORIGIN from Greek anemos wind ORIGIN from Greek
ORIGIN from Greek anemos wind ORIGIN from GreekORIGIN from Greek anemos wind ORIGIN from Greek
ORIGIN from Greek anemos wind ORIGIN from GreekORIGIN from Greek anemos wind ORIGIN from Greek
ORIGIN from Greek anemos wind ORIGIN from GreekORIGIN from Greek anemos wind ORIGIN from Greek
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Chapter 8 Wind and Weather Wind Wind TheChapter 8 Wind and Weather Wind Wind The
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Wind Facts Wind Energy The Facts Wind FactsWind Facts Wind Energy The Facts Wind Facts
Exploring Wind Energy What Makes Wind Exploring WindExploring Wind Energy What Makes Wind Exploring Wind
Wind Causes of Wind What causes the windWind Causes of Wind What causes the wind
Wind EQ What is wind Wind is airWind EQ What is wind Wind is air
Exploring Wind Energy What Makes Wind Global WindExploring Wind Energy What Makes Wind Global Wind
Wind What is wind and how do windWind What is wind and how do wind
EXPLORING WIND ENERGY What Makes Wind Global WindEXPLORING WIND ENERGY What Makes Wind Global Wind
TOPIC WIND ENERGY WIND ENERGY Energy of windTOPIC WIND ENERGY WIND ENERGY Energy of wind
Exploring Wind Energy What Makes Wind Exploring WindExploring Wind Energy What Makes Wind Exploring Wind
Wind EQ What is wind Wind is airWind EQ What is wind Wind is air
WIND FORCES wind load Wind Load is anWIND FORCES wind load Wind Load is an