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Match it!
Match it! Select the correct answer from the pull down...Good luck!
Which sequence of events forms the clouds associated with this weather system?
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
If the front at ground level is moving toward city B. which type of weather front is shown?
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
The last step of this process is known as
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
Which process should be shown in place of the question marks to best complete the flowchart?
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
When would the water in a Georgia pond evaporate fastest?
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
By which process are clouds, dew, and fog formed?
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
Which two processes lead to cloud formation in rising air?
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
Why do clouds and precipitation usually occur along the frontal surface?
warm front
evaporation
in July on a hot, windy day
condensation
expanding and cooling
Moist air rises, becomes saturated, and condenses on microscopic particles.
transpiration
The warm air rises, expands, and cools.
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Match it!
Match it!