You arrange the data set in ascending order. You then find the observation such that a quarter of the observations are smaller than it and three quarters are bigger. That value is the lower quartile. Next find the observation such that three quarters of the observations are smaller than it and a quarter are bigger. That value is the upper quartile. Upper quartile minus lower quartile = IQR.
There is no such concept in maths. A plane figure is a mathematical concept but that is not what the question is about.
a triangle, a 3 sided figure, a figure with 3 points, etc.
The IQR is 48. But for only 6 observations, it is an absurd measure to use.
The length around a flat figure or the sum of its sides.
A shape in 2-dimensional space - a flat shape.
in maths figure means "one of the elements that collectively form a system of numeration" for eg "0 & 1 are figures"
The IQR is 7.5
IQR = Inter-Quartile Range = Upper Quartile - Lower Quartile.
IQR = Inter Quartile RangeIQR = Inter Quartile RangeIQR = Inter Quartile RangeIQR = Inter Quartile Range
There is no such concept in maths. A plane figure is a mathematical concept but that is not what the question is about.
Maths is everything. Maths can even be used by forensic scientists to create a figure of a whole body from a footprint. Anything that you can think of relates to maths in some form or another.
a triangle, a 3 sided figure, a figure with 3 points, etc.
The IQR is 48. But for only 6 observations, it is an absurd measure to use.
The length around a flat figure or the sum of its sides.
A shape in 2-dimensional space - a flat shape.
Add the numbers together and divide by the amount of numbers there are
No. The IQR is found by finding the lower quartile, then the upper quartile. You then minus the lower quartile value from the upper quartile value (hence "interquartile"). This gives you the IQR.