15 translate to ‘F’, so we can save ‘F’ for later. Now we take the remainder and line it up to our chart. That will get us 15 with a remainder of 15. Let’s try another, this time we will try the number 255. 0x is there to symbolize that it is a hex value. We will put them together in reverse order to get our hexadecimal value which means that 2,087 is ‘0x827’. So we have our 3 results which are 7, 2 and 8. This will get us 0 with a remainder of 8, which translate to ‘8’ in hex. On our chart, 2 is ‘2’, so set that to the side and we need to divide 8 by 16. According to our chart from above, 7 is also ‘7’ in hexadecimal, so now we need to set ‘7’ aside and divide 130 by 16. That should get us a result of 130 with a remainder of 7. Let’s first start off by dividing 2,087 by 16. So let’s convert the number 2,087 into hexadecimal. Now that we know what each of the characters mean, let’s start converting integers into hexadecimal. Each character represents an integer from zero to fifteen. There are 16 possible characters in hexadecimal, they include 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E and F. Hexadecimal can be used to store numbers. Most of us have heard of binary before, but what about hexadecimal? Hexadecimal, sometimes known as ‘hex’ or ‘base 16’ is an alternative to binary, which is ‘base 2’. However, what exactly does it mean? Hexadecimal We have all seen them before, they look a bit like this: #ff0000.
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