If the front view of a T-72 tank is 3.6 m and it is measured as 4 mils in binoculars, what is the estimated distance to the tank?

To estimate the distance to the T-72 tank based on its frontal width and the mil measurement observed through binoculars, understanding the mil relationship is key. A mil is a unit of angular measurement, where 1 mil corresponds to 1 meter at 1000 meters.

The provided dimensions include the front view of the tank being 3.6 meters wide and the angular measurement being observed as 4 mils in binoculars. The formula to compute distance using mils is as follows:

Distance (in meters) = (Width of object in meters) / (Mil value) × 1000

Applying the formula:

Distance = (3.6 meters / 0.004 mils) × 1000

Calculating this gives:

Distance = (3.6 / 0.004) × 1000 = 900 meters

Therefore, the estimated distance to the T-72 tank, based on the given measurements, is indeed 900 meters. This calculation demonstrates the fundamental relationship between width, angular measurement, and distance in military observation and targeting.