Merge branch 'learnyouahaskell:main' into main

docs/for-a-few-monads-more.html

@@ -1071,7 +1071,7 @@ <h2>Reader? Ugh, not this joke again.</h2>
 </p>
 
 <p>
-If don't get how <span class="fixed">&gt;&gt;=</span> works at this point, don't
+If you don't understand how <span class="fixed">&gt;&gt;=</span> works at this point, don't
 worry, because with examples we'll see how this is a really simple monad. Here's
 a <span class="fixed">do</span> expression that utilizes this monad:
 </p>

docs/starting-out.html

@@ -102,7 +102,7 @@ <h1 style="margin-left:-3px">Starting Out</h1>
 What about doing <span class="fixed">5 + "llama"</span> or <span class="fixed">5 == True</span>? Well, if we try the first snippet, we get a big scary error message!
 </p>
 <pre name="code" class="haskell: ghci">
-    • No instance for (Num [Char]) arising from a use of ‘+’
+    • No instance for (Num String) arising from a use of ‘+’
     • In the expression: 5 + "llama"
       In an equation for ‘it’: it = 5 + "llama"
 </pre>

markdown/source_md/for-a-few-monads-more.md

@@ -676,7 +676,7 @@ The same thing happens here.
 To get the result from a function, we have to apply it to something, which is why we do `(h w)` here to get the result from the function and then we apply `f` to that.
 `f` returns a monadic value, which is a function in our case, so we apply it to `w` as well.
 
-If don't get how `>>=` works at this point, don't worry, because with examples we'll see how this is a really simple monad.
+If you don't understand how `>>=` works at this point, don't worry, because with examples we'll see how this is a really simple monad.
 Here's a `do` expression that utilizes this monad:
 
 ```{.haskell:hs}