Answer:
Continuous variable (hehehehehe)
Explanation:
The variable being described is a continuous variable.
Continuous variables have an infinite number of possible values that are not countable. These values typically result from measurement. Unlike discrete variables, which can only take on specific values, continuous variables can take on any value within a certain range.
For example, if we have a continuous variable representing the height of individuals, it can take on any value between the smallest and largest possible heights. It is not limited to specific values like 1, 2, 3, etc. The variable can have decimal values as well, allowing for even more precise measurements.
Other examples of continuous variables include temperature, time, weight, and distance. These variables can have an infinite number of possible values within their respective ranges and can be measured to any level of precision.
In summary, continuous variables have an infinite number of possible values and result from measurement. They allow for precise and continuous measurements within a given range.