Answer:
Option e: The use of programmed decisions should be limited to noncritical situations.
Explanation:
A repetitive decision or routine that can be managed by developed business procedures or rules are known as programmed decisions. These kind of decisions are most often known for at certain points in a standard process, and are planned relying on recognized and easily identifiable terms. Programmed decisions generally do not demand much consideration or discussion, and can typically be automated to make certain consistency and save time for decision-makers.
So, the use of programmed decisions should not be limited to noncritical situations.
Answer:
The decision to use pair programming by an Agile Team should be captured in their <em>Inspect and Adapt meeting notes. </em>
Explanation: The underlying principle for having an agile team that the team is committed to constant incremental and or progressive improvement.
Inspect and Adapt Meeting Notes are notes which hold the summary of past achievements which hold and records of things to do going forward in order to ensure that there is progress and improvement over the last set of objectives.
These notes are usually taken at the Inspect and Adapt meeting. This is simply a meeting held at the end of each project milestone. An agile team during this meeting will review its performance, agree and document how it can be more effective.
Pair programming is also an Agile practice in the parlance of software development. Instead of the regular method where an individual is tasked with the development of an application, in this case, two programmers are tasked with the development of one App.
Sometimes this method is used during Extreme Programming (XP)
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Answer:
Correct Answers: 01h 79h 1Bh 78h 78h 1Bh 7Ah 04
Explanation:
Solution is attached below
Answer:
19.95
Explanation:
Power ratio (in db) = 10 * log [P(out)/P(in)]
Here, P(in) and P(out) correspond to input and output power in Watts respectively.
This implies, 13 db = 10 * log [P(out)/P(in)]
Rearranging, log [P(out)/P(in)] = (13/10)
Or, P(out)/P(in) = 10 ^ 1.3 = 19.95
But, P(out)/P(in) corresponds to the power ratio of output and input power.
So the required power ratio corresponds to 19.95