The second set of numbers are less variable; the coefficient of variation is halved. The second set of numbers are less variable; the coefficient of variation is halved. The second set of numbers are less variable; the coefficient of variation is halved. The second set of numbers are less variable; the coefficient of variation is halved.
The set of the possible values.
The y-Variable
Sort of. Once it is set to 100, it is no longer a variable.
The distribution for a variable is the set of value that the variable can take and the probabilities associated with those value.
A set of data with one variable is a net-graph
The second set of numbers are less variable; the coefficient of variation is halved. The second set of numbers are less variable; the coefficient of variation is halved. The second set of numbers are less variable; the coefficient of variation is halved. The second set of numbers are less variable; the coefficient of variation is halved.
The observed values of a variable form the data set. Not sure where "element" fits into it.
The control variable is the thing you keep the same and is everything that is not the independent variable. The Control Setup is there for the sake of comparison.
The y-Variable
The set of the possible values.
Variable
Sort of. Once it is set to 100, it is no longer a variable.
solution set
The experimenter decides on a set of values for the independent variable, then measures the value of the dependent variable for each one.
The distribution for a variable is the set of value that the variable can take and the probabilities associated with those value.
Zero is used in set theory because the zero stands alongside a variable which is not set as a constant therefore these constant's can represent more than one symbol or variable.