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The reason the file contains 5 Bytes of information is because the text (String) '65535' that you typed in is five characters long.

Each of those characters is very common, a digit, and is part of the infamous character set called ASCII.

Each character in ASCII is exactly 1 Byte long. Thus '65535' is 5 Bytes long.

Now if you want to represent the integer 65535 just as a number in memory then technically you would only need 2 Bytes yes. Many programming languages do have a data type specifically for that, typically called something like UInt8 or UShort.

In short, the difference is in storing a number as text (String) vs as an Integer in memory.

The reason the file contains 5 Bytes of information is because the text (String) '65535' that you typed in is five characters long.

Each of those characters is very common, a digit, and is part of the infamous character set called ASCII.

Each character in ASCII is exactly 1 Byte long. Thus '65535' is 5 Bytes long.

Now if you want to represent the integer 65535 just as a number in memory then technically you would only need 2 Bytes yes. Many programming languages do have a data type specifically for that, typically called something like UInt16 or UShort.

In short, the difference is in storing a number as text (String) vs as an Integer in memory.

The reason the file contains 5 Bytes of information is because the text (String) '65535' that you typed in is five characters long.

Each of those characters is very common, a digit, and is part of the infamous character set called ASCII.

Each character in ASCII is exactly 1 Byte long. Thus '65535' is 5 Bytes long.

Now if you want to represent the integer 65535 just as a number in memory then technically you would only need 2 Bytes yes. Many programming languages do have a datatype specifically for that, typically called something like UInt8 or UShort.

In short, the difference is in storing a number as text (String) vs as an Integer in memory.

The reason the file contains 5 Bytes of information is because the text (String) '65535' that you typed in is five characters long.

Each of those characters is very common, a digit, and is part of the infamous character set called ASCII.

Each character in ASCII is exactly 1 Byte long. Thus '65535' is 5 Bytes long.

Now if you want to represent the integer 65535 just as a number in memory then technically you would only need 2 Bytes yes. Many programming languages do have a data type specifically for that, typically called something like UInt8 or UShort.

In short, the difference is in storing a number as text (String) vs as an Integer in memory.

The reason the file contains 5 Bytes of information is because the text (String) 65535 that you typed in is five characters long.

Each of those characters is very common, a digit, and is part of the infamous character set called ASCII.

Each character in ASCII is exactly 1 Byte long. Thus 655352 is 5 Bytes long.

Now if you want to represent the integer 65535 just as a number in memory then technically you would only need 2 Bytes yes. Many programming languages do have a datatype specifically for that, typically called something like UInt8 or UShort.

In short, the difference is in storing a number as text (String) vs as an Integer in memory.

The reason the file contains 5 Bytes of information is because the text (String) '65535' that you typed in is five characters long.

Each of those characters is very common, a digit, and is part of the infamous character set called ASCII.

Each character in ASCII is exactly 1 Byte long. Thus '65535' is 5 Bytes long.

Now if you want to represent the integer 65535 just as a number in memory then technically you would only need 2 Bytes yes. Many programming languages do have a datatype specifically for that, typically called something like UInt8 or UShort.

In short, the difference is in storing a number as text (String) vs as an Integer in memory.