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Reference
-This is such a foundational lesson, and it doesn't go nearly in depth for later with the two complement lesson and the add and subtract. It needs to be fully revamped to give a strong foundation in the manipulation of binary and hexadecimals
With the example given in the number system, again the syntax is hard to understand of the base systems, and could be better formatted
Potentially going over a power series and how it also reiterates through a pattern may help the reader further understand how binary works, as they would have a firm foundation of what that is at this point
The example questions were fine, however going over more examples in a better format and explaining them would be the best, along with a way to check answers as without getting it right you have no idea what you are doing wrong.
There should be more lessons going over the basic manipulation of binary, such as an addition, subtraction, multiplication, and division lesson.
The text was updated successfully, but these errors were encountered:
I found this lesson clear. It ran over the basics of binary and hexadecimal and had some basic problems for each one. Maybe adding a one or two more difficult question at the end will make this better and test our understanding more regarding this topic.
I would also suggest to add a lessons for floating point numbers using binary. I have seen that we will run through simple binary and hex lesson, 2 complement lesson, and addition and subtraction lesson. So maybe adding a floating point lesson will also be beneficial in the future lessons to learn more about binary and its applications.
Reference
-This is such a foundational lesson, and it doesn't go nearly in depth for later with the two complement lesson and the add and subtract. It needs to be fully revamped to give a strong foundation in the manipulation of binary and hexadecimals
The text was updated successfully, but these errors were encountered: