Update Definitions
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## What is a rank?
Given an ordered set of values the term rank can be defined two different ways.
-> The ***natural rank*** is a *natural number* from the set of one-based, natural numbers, ℕ<sub>1</sub>, and is derived by enumerating an ordered set of values, starting with the value 1, up to *n*, the number of values in the set.
+* The **natural rank** is a **natural number** from the set of one-based, natural numbers, ℕ<sub>1</sub>, and is derived by enumerating an ordered set of values, starting with the value 1, up to *n*, the number of values in the set.
-> The ***normalized rank*** is a number between 0 and 1 computed by dividing the *natural rank* by the total number of values in the set, *n*. Thus, for finite sets, any *normalized rank* is in the range (0, 1]. Normalized ranks are often written as a percent. But don't confuse percent with percentile! This will be explained below.
+
+* The ***normalized rank*** is a number between 0 and 1 computed by dividing the *natural rank* by the total number of values in the set, *n*. Thus, for finite sets, any *normalized rank* is in the range (0, 1]. Normalized ranks are often written as a percent. But don't confuse percent with percentile! This will be explained below.
In our sketch library and documentation, when we refer to *rank*, we imply *normalized rank*. However, in this tutorial, we will sometimes use *natural ranks* to simplify the examples.
