Answer:
The container analogy is too static.
Explanation:
The WM or the Working memory may be defined as a cognitive system with some limited capacity which can hold information for a short period of time or temporarily. Working memory is very important for reasoning and also the guidance of the decision-making as well as behavior.
In the cognitive system, the recent effect is always associated with the working memory.
Working memory is always associated with the storage container which can store memories for short time. But this analogy is very much static as the working memory can more capable than simply the short term storage.
A symmetric multiprocessor organization has a number of potential advantages over a uniprocessor organization including performance, availability, incremental growth, and scaling.
A symmetric multiprocessor contains two or more identical processors that share a single main memory. Multiple processors can be separate chips or multiple cores on the same chip. Multiprocessors allow more threads to run simultaneously and certain threads to run faster. It's easy to run multiple threads concurrently.
Threads are simply split between processors. Unfortunately, the average PC user needs only a few threads running at a time. Making a particular thread run faster is much more difficult. Programmers must split existing threads into multiple threads running on each processor.
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