Fix some typos (#6)

docs/Tutorials/karl.mdx

@@ -383,7 +383,7 @@ Some elements do not support marks. As a rule of thumb, you can add marks only t
 Karl notices that the marks are unnaturally large, this is because the shape of marks are transformed by default. So the marks are three times as big. This can be resolved by setting the `transform-shape: false` styling parameter. He also wants the mark to be filled and to have a different shape. As done earlier, the `fill` styling parameter can be used to fill marks and a different shape can be obtained by referring to the table of currently [supported marks](../basics/marks).
 
 ## Repeating Things: For-Loops
-Karl's next aim is to add little ticks on the axes at positions $-1$, $-1/2$, $1/2$, and $1$. For this, it would be nice to use some kind of "loop", especially since he wishes to od the same thing at each of these positions. Thankfully Typst [has built in loops](https://typst.app/docs/reference/scripting/#loops).
+Karl's next aim is to add little ticks on the axes at positions $-1$, $-1/2$, $1/2$, and $1$. For this, it would be nice to use some kind of "loop", especially since he wishes to do the same thing at each of these positions. Thankfully Typst [has built in loops](https://typst.app/docs/reference/scripting/#loops).
 
 Karl can then use the following code:
 ```typc {26-31} example
@@ -423,4 +423,4 @@ for y in (-1, -0.5, 0.5, 1) {
 ## Adding Text
 Karl is, by now, quite satisfied with the picture. However, the most important parts, namely the labels, are still missing!
 
-CeTZ has the `content` draw function which allows you to place any content onto the canvas at a specified position.
+CeTZ has the `content` draw function which allows you to place any content onto the canvas at a specified position.

docs/basics/coordinate-systems.mdx

@@ -249,7 +249,7 @@ line("p2.south-east", ((), "-|", "yline.end")) // Short form
 ```
 
 ## Interpolation
-Use this to linearly interpolate between two coordinates `a` and `b` with a given distance `number`. If `number` is a <Type>number</Type> the position will be at the absolute distance away from `a` towards `b`, a <Type>ratio</Type> can be given instead to be the relative distance between `a` and `b`. An <Type>angle</Type> can also be given for the general meaning: "First consider the line from `a` to `b`. Then rotate this line by `angle` around point `a`. Then the two endpoints of this lien will be `a` and some point `c`. Use the point `c` for the subsequent computation."
+Use this to linearly interpolate between two coordinates `a` and `b` with a given distance `number`. If `number` is a <Type>number</Type> the position will be at the absolute distance away from `a` towards `b`, a <Type>ratio</Type> can be given instead to be the relative distance between `a` and `b`. An <Type>angle</Type> can also be given for the general meaning: "First consider the line from `a` to `b`. Then rotate this line by `angle` around point `a`. Then the two endpoints of this line will be `a` and some point `c`. Use the point `c` for the subsequent computation."
 
 <Parameter name="a" types="coordinate">
 The coordinate to interpolate from.
@@ -358,4 +358,4 @@ The example below shows how to use this system to create an offset from an ancho
 circle((0, 0), name: "c")
 fill(red)
 circle((v => cetz.vector.add(v, (0, -1)), "c.west"), radius: 0.3)
-```
+```

docs/basics/marks.mdx

@@ -6,7 +6,7 @@ sidebar_position: 5
 import Parameter from "@site/src/components/Parameter"
 import Type from "@site/src/components/Type"
 
-Marks are arrow tips that can be added to the end of path based elements that support the `mark` style key, or can be directly drawn by using the `mark` draw function. Marks are specified by giving their names (or shorthand) as strings and have several options to customise them. You can give an array of names to have multiple marks, dictionaries can be used in the array for per mark styling.
+Marks are arrow tips that can be added to the end of path based elements that support the `mark` style key, or can be directly drawn by using the `mark` draw function. Marks are specified by giving their names (or shorthand) as strings and have several options to customise them. You can give an array of names to have multiple marks, and dictionaries can be used in the array for per mark styling.
 
 ```typ render
 #set page(margin: 0cm)
@@ -133,4 +133,4 @@ Which mark to shorten the path to when multiple marks are given. `auto` will sho
 
 <Parameter name="transform-shape" types="bool" default_value="true">
 When `false` marks will not be stretched/affected by the current transformation, marks will be placed after the path is transformed.
-</Parameter>
+</Parameter>

docs/basics/styling.mdx

@@ -34,11 +34,11 @@ rect((-1, -1), (1, 1))
 set-style(stroke: blue, fill: red)
 circle((0,0))
 
-// Draws a green line despite the global stroke is blue
+// Draws a green line despite the global stroke being blue
 line((), (1,1), stroke: green)
 ```
 
-When using a dictionary for a style, it is important to onte that they update each other instead of overriding the entire option like a non-dictionary value would. For example, if the stroke is set to `(paint: red, thickness: 5pt)` and you pass `(paint: blue)`, the stroke would become `(paint: blue, thickness: 5pt)`.
+When using a dictionary for a style, it is important to note that they update each other instead of overriding the entire option like a non-dictionary value would. For example, if the stroke is set to `(paint: red, thickness: 5pt)` and you pass `(paint: blue)`, the stroke would become `(paint: blue, thickness: 5pt)`.
 
 ```typc example
 // Sets the stroke to red with a thickness of 5pt
@@ -67,4 +67,4 @@ set-style(
 rect((0,0), (1,1))
 circle((2.5, 0.5))
 rect((4, 0), (5, 1), stroke: (thickness: 1pt))
-```
+```