100,000,000,000,000,167,495,748,789,731,328
416 = 4294967296
Well, darling, 4294967296 to the power of two is 18446744073709551616. That's a whole lot of digits to wrap your head around, but hey, math doesn't lie. So there you have it, no sugarcoating needed.
232 = 4294967296
Oh, that's a big number you've got there! Let's see, when you multiply 4294967296 by itself, you get a very large number called 18446744073709551616. Isn't it amazing how numbers can create such beauty on their own canvas? Just remember, there are no mistakes in math, only happy little accidents.
4^80 is 256^20 (since 4^4 is 256). Also, since 4^8 is 65536, we can conclude that 4^80 is 65536^10. 4^16 is 4294967296, so 4^80 is 4294967296^5. Now we can narrow it down to 18446768400404316316 x 4294967296 x 16 The closest answer I can get with a calculator is 75557863725914323419136 x 4294967296
4194304 KB
232 = 4294967296
16^4 = 65,536
The address space of IPV4 is limited to 4294967296 possible unique addresses.
32 bit processor can access 4294967296 bit memory adderss.
Four billion, 4294967296, is the maximum integer that can be stored into a 32 bit integer variable.
To find this, you take 2^32 = 4294967296 bits = ~4.3GB max. In reality, a Windows 32bit OS only addresses something like 3.5GB.