There is insufficient information for us to even begin to understand this question. The answer could depend on the Korean data for WHAT! Population by age, scores in maths exams, populations of towns and cities, heights of people? Each one will have a different distribution. Please edit the question to include more context or relevant information.
Chat with our AI personalities
The Answers community requested more information for this question. Please edit your question to include more context. The answer depends on the Korean data for WHAT? Population by age? Household size, Income distribution? Car ownership over time?
stem-and-leaf plots
This is just a rough outline of a few of the ways to describe a 2-d shape. I can't go into depth because there are both an infinite number of 2-d shapes and and infinite number of ways to describe them. Without a better understanding of what is being asked the correct answer simply cannot be known. Anyway, a rough attempt: It depends on what you mean by describe. There are many words used to describe a 2-d shape: square, circle, pentagon, etc. It depends largely on what shape it is. If it's an irregular pentagon then it will be described differently than if it were a regular square. If it's a regular shape (each side is of equal length e.g. square) then it would simply be described with "A regular [shape] with side length [some number and measurement label]". And example: "A regular octagon with side length 8 inches" would be roughly a stop sign (I have no idea how long the sides of a stop sign really are). If it's irregular then it's more complicated. A number of methods could be used spanning the spectra of ease of use and amount of use. You could potentially describe the basic shape and then give each side length in turn. You could potentially find some equation to fit the shape. You could split it up into something simpler like triangles and describe them instead.
There is not a shape that has 2 sides as these lines would never touch and thus would never become a closed fiqure or 'shape'.
The binomial distribution is defined by two parameters so there is not THE SINGLE parameter.
The general shape of a cell would be a cirle, or an oval