howtos/howto_forward.md

@@ -62,8 +62,8 @@ SHEMAT-Suite, but it will help us, when we read the input file again.
 You can copy these code examples from here and paste them in your
 `THEIS` file.
 
-Ok, now we can insert the first keyword (after adding one or two
-newlines for readibility reasons), which looks as follows:
+OK, now we can insert the first keyword (after adding one or two
+newlines for readability reasons), which looks as follows:
 
 ```
 # title
@@ -166,7 +166,7 @@ Now we will look a little closer at the input under `# delx`.
 ```
 
 The most general input for `# delx` would contain a number of entries
-(69 entries in our case) separated by whitespace. To save space, it is
+(69 entries in our case) separated by white-space. To save space, it is
 possible to group equal entries together, so for example `4*5.d0` is
 equivalent to `5.d0 5.d0 5.d0 5.d0`. The second peculiarity of the input
 is the `d0`. This is due to the fact that SHEMAT-Suite is written in
@@ -335,7 +335,7 @@ the fluid (mostly water) and the rock that are simulated.
 ```
 
 The fluid properties are specified in an array of floating point
-numbers. Most important for the head computaion are the first two:
+numbers. Most important for the head computation are the first two:
 density (`rhof`) and compressibility (`compf`).
 
 ```
@@ -397,7 +397,7 @@ Create a file `shemade.job` and write the name of the input file in it
 THEIS
 ```
 
-This is everyting, `shemade.job` should contain. Especially empty lines
+This is everything, `shemade.job` should contain. Especially empty lines
 will lead to errors.
 
 If not done already, compile SHEMAT-Suite and move the executable to