Updated encoding readme file

Author: Hgh

encoding/README.md

@@ -21,11 +21,11 @@ data which will be sent over an API response or special characters on a debug co
 other hand, to decode the encoded data you need the algorithm that was used to encode data plus the key of encryption.
 
 But what is happening under the hood? In cryptography, every object will be converted to an array of bytes. This array
-will be used as the input of a process and the result of the process will be another array of bytes. The last array of bytes
-is our encoded data.
+will be used as the input of a process and the result of the process will be another array of bytes. The last array of
+bytes is our encoded data.
 
 In action, we encounter two objects from different types as input and output. So the question is how we should convert
-things to an array of bytes. Or vice versa how we can encode the array of bytes to a human-readable string for
+things to an array of bytes. Or vice versa how we can decode the array of bytes to a human-readable string for
 debugging, storable value in a database or transmittable through a RESTful API response? You'll find the
 solution [Here](#sample).
 
@@ -42,7 +42,8 @@ echo -n 'Hello, World' | od -vt x1
 Each represented byte in output is equal to the `Hello, World` correspondent character in ASCII Table. e.g. `H` is equal
 to `0x48` and so on. So every letter in the string is converted into a character of ASCII table. The `String` is a basic
 data type. The main question is what we should do if we'd like to represent complex data structures in an array of bytes
-and vice versa. It seems easy at first glance, it's not though. For that, it's highly recommended to persuade the next sections.
+and vice versa. It seems easy at first glance, it's not though. For that, it's highly recommended to persuade the next
+sections.
 
 - [Binary to Text Encoding](https://github.com/KeyvanArj/cryptography-in-use/tree/main/encoding/binary-to-text): This
   method will be used as the primitive tool in binary and text data manipulation.