Answer: It is a system that applies a great amount of work into a small area at a high pace

Intensive property deals with the variability of the values in relational properties. In other words, it deals with how much relative change there is from one location to another within an object or system. It could be applied to things such as temperature being greater near the center than near its boundaries, or pressure being lower near its boundaries than near its center. Intensity measures change over space by taking both variables and multiplying them (e.g., mass x time x distance). The definite way to go about quantifying intensity is using SI units for intensity like m^2s-2(kg m^3 s), where kg=kilogram, m^2=meter squared, and s=seconds.

Intensity is defined as the amount of work required to move a point by a certain distance in a given direction, normalized per unit time. For example, moving at 2 meters per second (m/s) for 1 hour and then traveling at 3 m/s for one hour requires the same amount of work (intensity), since the number of meters traveled is still 3, but in different directions.