Intensive Indicator

An intensive indicator can be any number that characterizes the intensity of a process.
For example, in economics, an intensive indicator may be associated with production per worker or per square meter of production area.
In statistics, an intensive indicator is used to analyze the dynamics of changes in the level of an indicator over a certain period of time.
Also, the intensive indicator is used to compare the level of development of various industries and regions.
Thus, the intensive indicator is an important tool for analyzing economic processes and making management decisions.

An intensive indicator is an important statistical tool that allows you to analyze the dynamics of changes in parameter values ​​in a certain time period. It is widely used in economics, science, medicine and other fields where it is necessary to study and compare various indicators over a certain period of time. Intensive indicators, in fact, reflect not the absolute value of a parameter, but its level per unit of time. They characterize relative changes over time and can be used to calculate rates of growth or decline of certain values.

An intensive indicator is a statistical indicator, the value of which is determined per unit of some “object”. This could be a person, an enterprise, a house, a building, land, etc. To calculate the indicator, it is necessary to analyze the values ​​of the object’s parameters for certain periods of time or samples consisting of several separate points in time. Indicators are then derived from the data obtained by dividing one component or value by another. The resulting number is called the intensive indicator. It is a qualitative general indicator that shows the development of a phenomenon over time.

The formula for calculating the intensive indicator is as follows: I = t/p, where I is the intensive time indicator, t is the period for which the analysis is carried out, p is the calculated parameter.