The additive value is (-2).
The additive opposite is negative 8 (-8) (because the absolute value of negative 8 is 8, or positive 8).
No. Neither the standard deviation nor the variance can ever be negative.
No.
The absolute value is always non-negative. So, the absolute values of zero and positive integers are the same as the numbers. However, the absolute values of negative integers are their additive inverses or additive opposites (or positive equivalents).Thus, for example, abs(-3) = +3
The additive value is (-2).
yes
The additive inverse for a number is its negative value. The sum of an integer and its additive inverse is zero. For the example (5), the additive inverse would be (-5).
Yes, but negative variance indicates environmental variance (i.e., within-family or within-strain) is unusually high, possibly due to poor experimental design. Narrow sense heritability (h2, not H2) = (phenotypic variance - environmental variance) / phenotypic variance.
Negative price variance is when the cost is less than budgeted. Volume variance is a variance in the volume produce.
Since Variance is the average of the squared distanced from the mean, Variance must be a non negative number.
The additive opposite is negative 8 (-8) (because the absolute value of negative 8 is 8, or positive 8).
No. Neither the standard deviation nor the variance can ever be negative.
Variance cannot be negative.
Yes, the variance of a data set is the square of the standard deviation (sigma) of the set. This means that the variance is always a positive number, even though the data might have a negative sigma value.
No.
No.