The distance from one score to another tends to increase, and a single score ten
ID: 3125197 • Letter: T
Question
The distance from one score to another tends to increase, and a single score tends to provide a more accurate representation of the entire distribution.
The distance from one score to another tends to increase, and a single score tends to provide a less accurate representation of the entire distribution.
The distance from one score to another tends to decrease, and a single score tends to provide a more accurate representation of the entire distribution.
The distance from one score to another tends to decrease, and a single score tends to provide a less accurate representation of the entire distribution.
Explanation / Answer
As variability is increasing means the spread is more, that is, the observations are scatterred.
Therefoe, the distance from one score to another tends to increase and a sigle score tends to provide a less
accurate representation of the entire distribution. If we take more number of scores tends to provides more accurate representation when compared to single score.