diff --git a/notes/ANS Theory.md b/notes/ANS Theory.md
index 68235e6..b8d8a79 100644
--- a/notes/ANS Theory.md	
+++ b/notes/ANS Theory.md	
@@ -31,7 +31,7 @@ To store two coin flips, you might have the first subdivision represent the outc
 | $0.25 - 0.5$  | Tails, Heads |
 | $0.50 - 0.75$ | Heads, Tails |
 | $0.75 - 1.00$ | Heads, Heads |
-Imagine a situation where we want to store all possible outcomes of three consecutive coin flips *Heads, Heads, Tails*. 
+Imagine a situation where we want to store all possible outcomes of three consecutive coin flips using a decimal number,  *Heads, Heads, Tails*. 
 Encoding this would happen as follows:
 1. First we subdivide the range by the probability of each event happening. The probability of each is 50%, so that's simple. Referring above, we know that heads is represented by the top half of the range, and tails is represented by the bottom half of the range.
 > Because the *first* coin flip resulted in *Heads*, the output value must be between $0.50$ and $1.00$. 
@@ -42,4 +42,5 @@ Encoding this would happen as follows:
 
 The decoding process performs the same series of steps, but by asking a question instead of outputting a value.
 1. Is the value between $0.00$ and $0.50$? If so, the first coin flip resulted in *Tails*. Otherwise if the value is between $0.50$ and $1.00$, the first coin flip resulted in *Heads*. 
-The above process can be repeated just like the encoding process until we've determined the output of the first three
\ No newline at end of file
+The above process can be repeated just like the encoding process until we've determined the result of the first three coin flips.
+