Well, that happens to be, don't ask me why I know this, 5.94 binary bits of equivalent strength.

With computers, eight binary bits together is called a byte.

IPv4 uses 32 binary bits to create a single unique address on the network.

For example: 216.27.61.137 IPv6 uses 128 binary bits to create a single unique address on the network.

If x is greater than or equal to u, encode the value x+u in k+1 binary bits.

The symbols may be thus represented by two binary bits.

But 48 binary bits gives you 281 trillion possibilities.

So now you've got $1,000 that you've spent for 20 binary bits of storage.

So there's 16 combinations, 16 possible combinations of 4 binary bits.

"Well, That's what the antique cartographer would say when they didn't know a binary bit about the indigenous life."