fix typos

docs/source/highlighting.rst

@@ -1,5 +1,5 @@
-Higlighting
-===========
+Highlighting
+============
 
 Rich can apply styles to patterns in text which you :meth:`~rich.console.Console.print` or :meth:`~rich.console.Console.log`. With the default settings, Rich will highlight things such as numbers, strings, collections, booleans, None, and a few more exotic patterns such as URLs and UUIDs.
 
@@ -41,7 +41,7 @@ Setting the highlighter on the Console will apply highlighting to all text you p
 
 While :class:`~rich.highlighter.RegexHighlighter` is quite powerful, you can also extend its base class :class:`~rich.highlighter.Highlighter` which you can use to implement any scheme for highlighting. It contains a single method :class:`~rich.highlighter.Highlighter.highlight` which is passed the :class:`~rich.text.Text` to highlight.
 
-Here's an silly example that highlights every character with a different color::
+Here's a silly example that highlights every character with a different color::
 
     from random import randint
 

docs/source/markdown.rst

@@ -4,7 +4,7 @@ Markdown
 Rich can render Markdown to the console. To render markdown, construct a :class:`~rich.markdown.Markdown` object then print it to the console. Markdown is a great way of adding rich content to your command line applications. Here's an example of use::
 
     MARKDOWN = """
-    # This is a h1
+    # This is an h1
 
     Rich can do a pretty *decent* job of rendering markdown.
 

docs/source/progress.rst

@@ -47,7 +47,7 @@ Here's a simple example::
 Starting Tasks
 ~~~~~~~~~~~~~~
 
-When you add a task it is automatically *started* which means it will show a progress bar at 0% and the time remaining will be calculated from the current time. Occasionally this may not work well if there is a long delay before you can start updating progress, you may need to wait for a response from a server, or count files in a directory (for example) before you can begin tracking progress. In these cases you can call :meth:`~rich.progress.Progress.add_task` with ``start=False`` which will display the a pulsing animation that lets the user know something is working. When you have the number of steps you can call :meth:`~rich.progress.Progress.start_task` which will display the progress bar at 0%, then :meth:`~rich.progress.Progress.update` as normal.
+When you add a task it is automatically *started* which means it will show a progress bar at 0% and the time remaining will be calculated from the current time. Occasionally this may not work well if there is a long delay before you can start updating progress, you may need to wait for a response from a server, or count files in a directory (for example) before you can begin tracking progress. In these cases you can call :meth:`~rich.progress.Progress.add_task` with ``start=False`` which will display a pulsing animation that lets the user know something is working. When you have the number of steps you can call :meth:`~rich.progress.Progress.start_task` which will display the progress bar at 0%, then :meth:`~rich.progress.Progress.update` as normal.
 
 
 Updating Tasks

docs/source/text.rst

@@ -21,7 +21,7 @@ Alternatively, you can construct styled text by calling :meth:`~rich.text.Text.a
     text.append(" World!")
     console.print(text)
 
-Since building Text instances from parts is a common requirement, Rich offers :meth:`~rich.text.Text.assemble` which will combine strings or pairs of string and Style, and return an Text instance. The follow example is equivalent to the code above::
+Since building Text instances from parts is a common requirement, Rich offers :meth:`~rich.text.Text.assemble` which will combine strings or pairs of string and Style, and return a Text instance. The follow example is equivalent to the code above::
 
     text = Text.assemble(("Hello", "bold magenta"), " World!")
     console.print(text)