Which statement describes the firing over water range equation?

Study for the USMC MOS 0352 Anti-Tank Missileman Test. Prepare with flashcards and multiple-choice questions, each with hints and explanations. Get ready for a successful career!

Multiple Choice

Which statement describes the firing over water range equation?

Explanation:
Understanding firing over water range relies on a simple linear relationship between elevation above the water and how far the round can travel. The base range when you’re at water level is 1,100 meters, and for every additional foot of elevation, you gain 100 meters of range. This reflects how raising the launch angle increases horizontal distance over water while keeping the same weapon performance. So the statement that maximum range equals 1,100 meters plus 100 meters for every foot of elevation correctly applies that linear rule. The other options propose different base values and increments per foot that don’t match the established over-water range data.

Understanding firing over water range relies on a simple linear relationship between elevation above the water and how far the round can travel. The base range when you’re at water level is 1,100 meters, and for every additional foot of elevation, you gain 100 meters of range. This reflects how raising the launch angle increases horizontal distance over water while keeping the same weapon performance.

So the statement that maximum range equals 1,100 meters plus 100 meters for every foot of elevation correctly applies that linear rule. The other options propose different base values and increments per foot that don’t match the established over-water range data.

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