Virtual memory may provide a reasonably large storage capacity in an affordable cost.
<u>Virtual Memory:</u> the operating systems of all modern computers have virtual memory where a disk is used to transfer the data temporarily from the RAM when physical memory of the computer falls short. Though it is cheap but it does not allow computers to have more memory and frequent swapping even makes the PC slow.
<u>Tiered memory:</u> has the fastest data storage and even has a good storage capacity but is pretty expensive.
<u>Volatile memory:</u> volatile memories have good performance in terms of speed and storage but they still are a little expensive in comparison to non-volatile memory.
<u>Non-volatile memory:</u> they do not provide with large storage capacities.
Answer:
myShoe.type = 'sneaker'
Explanation:
type is a field of the class shoe. The myShoe object which is an instance of the class shoe has the field type also.
To assign a value to type filed of the object myShoe, reference the object then the field as such;
myShoe.type = "sneaker"
Depends on how deep you're willing to go to really,
You need one of a few arrangements of flip flop circuits to keep 1-bit state.
Going deeper, you need either NAND, or NOR gates(or a bunch of other ones) and connectors.
Even deeper, you'll require diodes or transistors to build the logic gates.
Beyond that is particle physics.
Yes it's the process of entering data into a database.
Linus ss
Explanation:
The ss (socket statistics) command provides a lot of information by displaying details on socket activity. One way to get started, although this may be a bit overwhelming, is to use the ss -h (help) command to get a listing of the command's numerous options. Another is to try some of the more useful commands and get an idea what each of them can tell you.
One very useful command is the ss -s command. This command will show you some overall stats by transport type. In this output, we see stats for RAW, UDP, TCP, INET and FRAG sockets.
