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#3 Place the stickers and numbers below on the map to help you forecast the weather. 1. Use the number 1 to...

#3 Place the stickers and numbers below on the map to help you forecast the weather.
1. Use the number 1 to identify the stationary front.
2. Use the number 3 to identify a cold front.
3. What direction is the wind blowing at a stationary front?
4. What kind of precipitation would you expect at an occluded front?
5. What kind of weather would you expect at an included front?
6. What is the air pressure and temperature (T) at the cP air mass?
7. Based on the map, how would you report the local weather for the next three days?

Answer

  1. Use the number 1 to identify the stationary front. Place the number 1 on the map where the stationary front is located, typically represented by alternating red semicircles and blue triangles on opposite sides of the line.

  2. Use the number 3 to identify a cold front. Place the number 3 on the map where the cold front is located, usually shown by a blue line with triangles pointing in the direction of movement.

  3. What direction is the wind blowing at a stationary front? The wind at a stationary front typically blows parallel to the front.

  4. What kind of precipitation would you expect at an occluded front? At an occluded front, you would expect steady and prolonged precipitation.

  5. What kind of weather would you expect at an included front? This seems to be a typo; it likely refers to an occluded front, where you would expect cloudy skies and precipitation.

  6. What is the air pressure and temperature (T) at the cP air mass? Continental Polar (cP) air masses are characterized by high pressure and cold temperatures.

  7. Based on the map, how would you report the local weather for the next three days? The local weather report would depend on the specific positions and movements of the fronts and air masses on the map, typically involving changes in temperature and precipitation as fronts pass.

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