Want this question answered?
Yes.
One of the measures of central tendency IS the average, also known as mean. You can't calculate the average from other measures of central tendency.
Measures of Central Tendency (Types of Average) are:-Mathematical Average Arithmetic MeanGeometric MeanHarmonic MeanPositional Average MedianModePercentileCommercial Average
This question is impossible to answer, because intelligence as a concept has no universally accepted definition, and even according to suggested definitions, IQ as a measurement does not nearly cover all aspects of intelligence. It doesn't make any sense to try to propose the "average" IQ of an intelligent person, since the mathematical definition of IQ is in fact derived from the cognitive abilities of the average person. However, when discussing the specific kind of intelligence that IQ measures (typically logical, spatial, linguistic skills etc.), anything above the average of 100 could be regarded "more intelligent than average". An IQ of 120 corresponds to being among the 10% most "intelligent" people in the world. 135 corresponds to the 1% most "intelligent" etc.
average is defined as a single value which has tendency to represent the data as a whole. averages are also called "measure of central tendency" or "measure of location"
"Temperature" measures average thermal energy - but it's statistical. Outlier atoms will have sufficient energy to break away from the liquid state.
National Average
National Average
Yes.
One of the measures of central tendency IS the average, also known as mean. You can't calculate the average from other measures of central tendency.
Statistical weight is a quantity that indicates the importance of an element or object in a study usually used in average calculations.
Measures of Central Tendency (Types of Average) are:-Mathematical Average Arithmetic MeanGeometric MeanHarmonic MeanPositional Average MedianModePercentileCommercial Average
They are both statistical functions.
The Mean.
For atypical cases that may destort the average
an average resistance of a diode is the mean average of its statistical values gather with extensive experiments with a plot data resistance average.
Median is a positional average that gives the value located in the centre of the given statistical distribution.