Answer:
Explanation:
External environment refers the factors that play outside the company that management of an organisation has no power over. These factors influence the strategic and operational decision of the business even though they are outside the control of management. External environment is subdivided into two: the general environment and the specific environment.
The general environment refers to the factors that affects all businesses in general in respective of their niche or domain of operation. These factors include political, legal, economic and social. Example of issues that can arise in general environment include war, inflation, economic recession and religion.
In contrast, specific environment contains factors peculiar to an industry, firm and domain of operation. These are different across the industries in which organisations operate. Paying close to what happen in the specific environment is very important for business to survive because they directly influence the success or otherwise of a business operation. The agents that play in the specific environment are competitors, customers, investors and other stakeholders group.
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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As a result of it being <u>easy </u>to miss that a meter has changed range, a lot of instructors started requiring their students to use <u>manual ranging. </u>
<h3>Why do the instructors require manual ranging?</h3>
When using automatic ranging to work with the meter of an automotive, there is no flashing light that is given if the meter changes the range it is using.
Students can therefore miss this change quite easily. Working with manual ranging however, the meter will not be able to change ranges unless the students sets it this way. It is therefore harder to miss a change in range.
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