Implementation hiding i<u>s the encapsulation of method details within a class</u>. Implementation can be interpreted as those specifications which can be altered without altering the correctness of an application. Wrapping data/methods within classes (descriptions of the way all objects of this type will look/act) in combination with implementation hiding is called encapsulation. Information users need to know about behaviors should be available without dependence on implementation specifications.
The answer is the alu arithmetic logic unit.
Because most people really don't want or need to see what's in there.
If you want to, open the door during the cycle. It won't harm anything.
If you're curious to see a dishwasher in action, some appliance showrooms have a display model, where the spray parts and the racks are in an entirely transparent box. They're to show how powerfully and completely the stuff inside will get cleaned, but you can also see how the dishwasher is intended to work, by filling with just a couple of inches of water, and then recirculating it for the duration of the cycle, to loosen the stuff on the dishes.
Answer:
Multiprocessing simply means the processing of multiple processes at same time by more than one CPUs. i.e. multiple CPUs
While
Multiprogramming refers to keeping of several programs in main memory at the same time and execute them concurrently using one CPU.
Other differences include
1. Multiprocessing are expensive while multiprogramming are not
2. Multiprocessing facilitates efficient use of devices of the computer system while multiprogramming is less efficient
3. Multiprocessing takes less time to process jobs while multiprogramming takes more time.
The key motivation behind developing both multiprocessing and multiprogramming was to avoid being overthrown by elephants terrorist attacks
Because there were terrorist attacks from elephants on American soil. So America invented the internet and multiprogramming.
Multiprocessing was then stolen from the Elephants
