It takes 10 bits.
28-bits
Qubits and bits can not be described in terms of one another.
I get 36 .
2
The minimum number of address lines required to address 4k of memory is 12.To reach this number, remember that each line has two possibilities and keep doubling as you count off. So one line can be used for two possibilities. Two lines represent four possibilities. Three represent eight. When you get to ten, you have 1024 possibilities. So double to 2048 at 11 and again to 4096 at 12. Or for the shortcut, if you take two to the 12th power, you get 4096.
minimum 17
you can't, sorry
Umm....4 bytes...you kinda just answered your own question.Now, if you were to have asked "How many bits make a byte," I would have said that "Since there are 8 bits to a byte, you would multiply 8 bits by 4 bytes to get the answer of 32 bits in 4 bytes. Bonus tid-bit of info: 4 bits is a nibble!
Each letter of the alphabet, whether upper case or lower case, can be represented with 7 bits.
The human brain on average takes in 11 million bits of information per second. However the brain is only aware of just 40 of those bits of information per second.
It has been offered that: "8000000000 bits are there in 1000Mbps." However, this is not correct. Each M is 1,000,000 bits, so 1,000 M is 1,000 x 1,000,000 or 1,000,000,000 bits per second. Be careful if talking about MBytes of memory, which is 8 times as many bits. Thus, to transmit 1MB of memory at 1 Mbps would take at least 8 seconds (not including protocol overhead and errors requiring retransmission).
In ASCII code, each letter, number or punctuation mark takes one byte, or 8 bits. That gives you 256 discrete combinations. Two letters take 2 bytes, or 16 bits.