When calculating speed made good over a longer distance of 25.8 nautical miles, what was the resultant speed from LAT 4105.3'N, LONG 7233.7'W to LAT 4109.0'N, LONG 7240.0'W?

To determine the resultant speed made good when traveling from one latitude and longitude to another, it's essential to first calculate the distance traveled and then the time taken for that journey.

The speed made good is calculated by dividing the distance by the time taken. In this scenario, you are given the distance as 25.8 nautical miles. If the resultant speed calculated is expressed as 26 knots, it implies that the time taken to cover the distance of 25.8 nautical miles was approximately one hour. Speed is defined as distance divided by time, and when the distance is equal to the speed in nautical miles, it indicates that the vessel traveled for one hour at that speed.

In practical terms, achieving a speed of 26 knots over the distance of 25.8 nautical miles suggests that the vessel maintained a steady and efficient pace, allowing for effective travel without excessive deviation in course or speed variation.

Thus, the correct choice indicates that the calculated speed reflects the expected performance of the vessel over that distance under ideal conditions.