How much of a meter increase in altitude occurs between each line of MET after line 11?

How much of a meter increase in altitude occurs between each line of MET after line 11?

• A. 500 meters
• B. 100 meters
• C. 1000 meters
• D. 2000 meters

Answer: (C)

In meteorological terms, particularly when dealing with MET (Meteorological) lines, the altitude increments are crucial for understanding weather conditions at different heights. After line 11, each subsequent line represents an altitude increase of 1000 meters. This standard increment helps to establish clear data points at various atmospheric layers, which is important for fire control specialists who need to understand the conditions under which they are operating. By utilizing these MET lines, personnel can accurately gauge how altitude variations can affect factors such as fire behavior and the movement of both smoke and aircraft. Hence, recognizing that a meter increase of 1000 meters is standard practice in many meteorological formats reaffirms the answer's correctness and its importance in the context of meteorological analysis and fire control operations.

In meteorological terms, particularly when dealing with MET (Meteorological) lines, the altitude increments are crucial for understanding weather conditions at different heights. After line 11, each subsequent line represents an altitude increase of 1000 meters. This standard increment helps to establish clear data points at various atmospheric layers, which is important for fire control specialists who need to understand the conditions under which they are operating.

By utilizing these MET lines, personnel can accurately gauge how altitude variations can affect factors such as fire behavior and the movement of both smoke and aircraft. Hence, recognizing that a meter increase of 1000 meters is standard practice in many meteorological formats reaffirms the answer's correctness and its importance in the context of meteorological analysis and fire control operations.