What is the definition of quadrant elevation?

What is the definition of quadrant elevation?

• A. The angle at which the projectile is fired
• B. The height above sea level at the gun's location
• C. The angle at the origin from the base of the trajectory to the line of elevation
• D. The total elevation needed for the projectile to reach the target

Answer: (C)

Quadrant elevation is defined as the angle at the origin from the base of the trajectory to the line of elevation. This angle represents the necessary elevation setting of an artillery piece to ensure that the projectile follows a specific trajectory to reach a designated target. It is critical for accurate targeting, as it accounts for the required angle to achieve the desired range and impact point based on various factors, including the distance to the target and environmental conditions. Understanding quadrant elevation is crucial for fire control specialists because it directly affects the accuracy of the artillery fire and requires precise calculation to compensate for the ballistic flight of the projectile. This knowledge is fundamental in calculating the appropriate settings for different scenarios in field operations.

Quadrant elevation is defined as the angle at the origin from the base of the trajectory to the line of elevation. This angle represents the necessary elevation setting of an artillery piece to ensure that the projectile follows a specific trajectory to reach a designated target. It is critical for accurate targeting, as it accounts for the required angle to achieve the desired range and impact point based on various factors, including the distance to the target and environmental conditions.

Understanding quadrant elevation is crucial for fire control specialists because it directly affects the accuracy of the artillery fire and requires precise calculation to compensate for the ballistic flight of the projectile. This knowledge is fundamental in calculating the appropriate settings for different scenarios in field operations.