What is the approximate calculated level of a leak if it reads 14 microvolts per meter (uV/m) at 80 feet?

To determine the approximate calculated level of a leak measured at 14 microvolts per meter at a distance of 80 feet, it’s important to understand the relationship between distance and voltage. Generally, in cases of electromagnetic radiation and leak detection, the voltage can drop with distance due to the inverse square law, which states that intensity decreases with the square of the distance from the source.

In this scenario, when measuring a leak at a specific distance, you can expect that the measured voltage will change as you move away from the source of the leak. The measurement at 14 uV/m at 80 feet can be scaled using appropriate calculations defined by geospatial principles or predetermined coefficients provided in related documentation.

If the calculated maximum reading is estimated at a certain distance, one would expect the readings to vary near significantly when reassessing them at different distances. Using the ratio of the readings at 80 feet and knowing leak calibration constants could lead you to the expected measurements of up to 112 uV/m when adjusted from 14 uV/m assuming similar conditions for a more direct mathematical relationship or calculated empirical data observed under controlled conditions have been established at earlier distances.

Thus, the correct answer, 112 uV/m, can be determined through proper calculation