Although the Norwegian model simplifies mid latitude weather, it provides a star

Question

Although the Norwegian model simplifies mid latitude weather, it provides a starting point for understanding how these storm systems and their associated fronts affect the temperature, dew point, pressure, winds, clouds, and precipitation of the regions to which they move. Examine the following figures showing the development of a mid latitude cyclone over a three-day period. Label air masses on each of the three maps. On all three maps and at each station (A-D), use the standard wind symbol to depict wind direction. The conditions at each station (A, B, C, and D) are shown below with station models for each day. Each column represents the same station over the three days. Match the appropriate station to each column.

Explanation / Answer

Monday- A-wind blowing from the south east to the north west; Airmass- cP

B-Wind blowing from the north west to the south east;Airmass-cP

C- Wind blowing from the north east to the southwest; Airmass-cP

D- Wind blowing from the west north west to the east south east -Airmass-mT

Tuesday- A-wind blowing from the north north east to the south south west;cP

B-Wind blowing from the east north east to the west south west;cP

C- Wind blowing from the south west to the north east;cT

D- Wind blowing from the west north west to the east south east;mT

Wednesday- A-Wind blowing from the east north east to the west south west; cP

B-Wind blowing from the east north east to the west south west;cP

C- Wind blowing from east to the west;cT

D- Wind blowing from the east north east to the west south west; mT

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