A positive and negative number with the same magnitude (value) will have their absolute values equal.
Yes, they are both of the same values
The value that is not typical of most other values in a data set is an Outlier.
The Mean is the average of a given set of values. The Median is the value that has the same number of smaller values than the number of higher values, it is in the middle of them. In a symmetrical distribution the Mean is equal to the Median. In an asymmetrical distribution they have different value.
A quartile deviation from some specified value, is the value or values such that a quarter of the observed values fall between these values and the specified value. Usually, but not always, the specified value is the median - the value such that have the observed values are below (and above) it. In that case, one quartile values will have a quarter of the values below it and the other will have a quarter of the values above it. The quartile deviations will be the differences between median and the two quartiles just calculated.
A positive and negative number with the same magnitude (value) will have their absolute values equal.
Neither because they are both of equal values
Yes, they are both of the same values
identical value
20000 mg can equal any number of other values. Unless you specify the value you would like it converted to, we'd just be guessing.
No because they are both of equal values
The value that is not typical of most other values in a data set is an Outlier.
no all absolute values are positive
13.01 is 99/100 less in value than 13.1. It is not equal to 13.1.
By not asserting a conflicting value.
The cumulative frequency.
Yes. A function is a rule to assign a value based on some other value; you can make the function equal to a constant for all values of a variable "x", or you can make it equal to a few values. Commonly used functions of this type include the integer function (take the integer part of a number), which, if you consider a finite domain (for example, all numbers from 0 to 10), has an infinite number of values in the domain, but only a few specific values in its range; and the sign function.