In high angle fire, as range increases, the angle of elevation does what?

In high angle fire, as range increases, the angle of elevation does what?

• A. Increases
• B. Decreases
• C. Remains unchanged
• D. Fluctuates randomly

Answer: (B)

In high angle fire, as the range increases, the angle of elevation decreases. This phenomenon is primarily due to how projectile motion works when firing at high angles. At greater distances, the projectile follows a more gradual trajectory, which means that the angle of elevation must be less steep to reach targets that are further away. In practical terms, this means that when targeting a distant object, the artillery unit must adjust the gun to a lower angle of elevation to ensure that the projectile has enough horizontal distance to reach the desired target rather than simply focusing on a vertical aspect. Understanding this relationship is crucial for accurate targeting in high angle fire operations, to ensure that rounds are fired effectively over varying distances.

In high angle fire, as the range increases, the angle of elevation decreases. This phenomenon is primarily due to how projectile motion works when firing at high angles. At greater distances, the projectile follows a more gradual trajectory, which means that the angle of elevation must be less steep to reach targets that are further away.

In practical terms, this means that when targeting a distant object, the artillery unit must adjust the gun to a lower angle of elevation to ensure that the projectile has enough horizontal distance to reach the desired target rather than simply focusing on a vertical aspect.

Understanding this relationship is crucial for accurate targeting in high angle fire operations, to ensure that rounds are fired effectively over varying distances.