Two: '0' or '1'
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Well, honey, in an 8-bit register, you can store a total of 256 different binary values. That's because each bit can be either a 0 or a 1, giving you 2 options per bit. And when you have 8 bits, you just multiply 2 by itself 8 times to get 256. Math doesn't lie, darling.
Way to many (:
For signed 32 bit values: 2^31-1 = 0x7FFFFFFF = 2,147,483,647 For unsigned 32 bit values: 2^32-5 = 0xFFFFFFFB = 4,294,967,291
Infinitely many. If you take a ball of dough, for example, and gently push a bit in, you will have a different shape. Do it again, another shape. And so on.Infinitely many. If you take a ball of dough, for example, and gently push a bit in, you will have a different shape. Do it again, another shape. And so on.Infinitely many. If you take a ball of dough, for example, and gently push a bit in, you will have a different shape. Do it again, another shape. And so on.Infinitely many. If you take a ball of dough, for example, and gently push a bit in, you will have a different shape. Do it again, another shape. And so on.
Well, isn't the hexadecimal number system just a lovely way to represent numbers? The advantage is that it can represent a large range of values using fewer digits, which can make it easier for us to work with in computing. On the other hand, some may find it a bit more complex to understand compared to our familiar decimal system. Just remember, there are always different ways to express beauty in numbers!