The 30-second average wind data for each corridor is determined by observing which rows of the LLWAS display?

The 30-second average wind data for each corridor is determined by observing which rows of the LLWAS display?

• A. Rows 1 through 2
• B. Rows 2 through 5
• C. Rows 11 through 20
• D. Rows 3 through 10

Answer: (D)

The key idea is how LLWAS presents wind data by corridor on its display. The 30-second average wind for every corridor is shown in a dedicated block of rows, specifically the group from the third to the tenth row. Those rows are assigned to the corridor averages, so you read the 30-second values there for each corridor. The other rows hold different data (like status indicators or other wind values) and are not used for the corridor averages. Since there are eight corridors, rows three through ten together provide all eight 30-second corridor averages.

The key idea is how LLWAS presents wind data by corridor on its display. The 30-second average wind for every corridor is shown in a dedicated block of rows, specifically the group from the third to the tenth row. Those rows are assigned to the corridor averages, so you read the 30-second values there for each corridor. The other rows hold different data (like status indicators or other wind values) and are not used for the corridor averages. Since there are eight corridors, rows three through ten together provide all eight 30-second corridor averages.