Update

c_tutorial.md

@@ -457,7 +457,7 @@ These is the most basic knowledge to have about C functions. Let's see one more
 ```
 #include <stdio.h>
 
-void writeFactors(int x) // writes divisord of x
+void writeFactors(int x) // writes divisors of x
 {
   printf("factors of %d:\n",x);
   
@@ -655,7 +655,7 @@ int main(void)
 
 Notice mainly how we can assign a `float` value into the variable of `int` type (`int wholePart = f;`). This can be done even the other way around and with many other types. C can do automatic **type conversions** (*[casting](cast.md)*), but of course, some information may be lost in this process (e.g. the fractional part).
 
-In the section about functions we said a function can only call a function that has been defined before it in the source code -- this is because the compiler read the file from start to finish and if you call a function that hasn't been defined yet, it simply doesn't know what to call. But sometimes we need to call a function that will be defined later, e.g. in cases where two functions call each other (function *A* calls function *B* in its code but function *B* also calls function *A*). For this there exist so called **[forward declaractions](forward_decl.md)** -- a forward declaration is informing that a function of certain name (and with certain parameters etc.) will be defined later in the code. Forward declaration look the same as a function definition, but it doesn't have a body (the part between `{` and `}`), instead it is terminated with a semicolon (`;`). Here is an example:
+In the section about functions we said a function can only call a function that has been defined before it in the source code -- this is because the compiler read the file from start to finish and if you call a function that hasn't been defined yet, it simply doesn't know what to call. But sometimes we need to call a function that will be defined later, e.g. in cases where two functions call each other (function *A* calls function *B* in its code but function *B* also calls function *A*). For this there exist so called **[forward declarations](forward_decl.md)** -- a forward declaration is informing that a function of certain name (and with certain parameters etc.) will be defined later in the code. Forward declaration look the same as a function definition, but it doesn't have a body (the part between `{` and `}`), instead it is terminated with a semicolon (`;`). Here is an example:
 
 ```
 #include <stdio.h>