Merge pull request #2129 from vsemozhetbyt/ch-1-2-9

Address some possible inconsistencies in 1.2.9

1-js/02-first-steps/09-comparison/1-comparison-questions/solution.md

@@ -14,7 +14,7 @@ Some of the reasons:
 
 1. Obviously, true.
 2. Dictionary comparison, hence false. `"a"` is smaller than `"p"`.
-3. Again, dictionary comparison, first char of `"2"` is greater than the first char of `"1"`.
+3. Again, dictionary comparison, first char `"2"` is greater than the first char `"1"`.
 4. Values `null` and `undefined` equal each other only.
 5. Strict equality is strict. Different types from both sides lead to false.
 6. Similar to `(4)`, `null` only equals `undefined`.

1-js/02-first-steps/09-comparison/article.md

@@ -11,7 +11,7 @@ In JavaScript they are written like this:
 
 In this article we'll learn more about different types of comparisons, how JavaScript makes them, including important peculiarities.
 
-At the end you'll find a good recipe to avoid "javascript quirks"-related issues.
+At the end you'll find a good recipe to avoid "JavaScript quirks"-related issues.
 
 ## Boolean is the result
 
@@ -57,7 +57,7 @@ The algorithm to compare two strings is simple:
 4. Repeat until the end of either string.
 5. If both strings end at the same length, then they are equal. Otherwise, the longer string is greater.
 
-In the examples above, the comparison `'Z' > 'A'` gets to a result at the first step while the strings `"Glow"` and `"Glee"` are compared character-by-character:
+In the examples above, the comparison `'Z' > 'A'` gets to a result at the first step while the strings `'Glow'` and `'Glee'` are compared character-by-character:
 
 1. `G` is the same as `G`.
 2. `l` is the same as `l`.