Answer:
The final case in selection sort is trivially sorted.
The final iteration in insertion sort is not needed.
Explanation:
For selection sort, you make sub arrays and find the smallest element placing it in the front and repeat until sorted. This guarantees the final element will already be the greatest element, thus it is trivially sorted.
For Insertion sort, you use the initial element and compare it to the previous element and swap if the current is larger than the previous. Using this sort, you will always perform n-1 comparisons where n is the total amount of elements in the array. Thus, there are only 11 iterations for a 12 element array.
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<u>Threat </u>is some danger that can exploit a vulnerability.
<h3>What is Threat?</h3>
Threat is seen as Anything that can be able to take advantage of a vulnerability, intentionally as well as accidentally, and take or damage, the asset of a person.
Note that a threat is that which a person or firm is protect against and Vulnerability is seen as Weaknesses.
Therefore, <u>Threat </u>is some danger that can exploit a vulnerability.
Learn more about vulnerability from
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Answer:
c.
Explanation:
Plagiarism refers to the act of stealing another person's thought, ideas, or expressions. Therefore it can be said that out of all the answers provided the one that is most likely to be considered plagiarism would be using materials from a source without proper citation. This is because you are using another individual's work and not giving them credit for having created that work, instead you are taking credit for it by not citing the actual author.
Answer:
The answer is below
Explanation:
The amount of power dissipated by a processor is given by the formula:
P = fCV²
Where f = clock rate, C = capacitance and V = Voltage
For the old version of processor with a clock rate of f, capacitance C and voltage of V, the power dissipated is:
P(old) = fCV²
For the new version of processor with a clock rate of 20% increase = (100% + 20%)f = 1.2f, capacitance is the same = C and voltage of 20% increase = 1.2V, the power dissipated is:
P(new) = 1.2f × C × (1.2V)² = 1.2f × C × 1.44V² =1.728fCV² = 1.728 × Power dissipated by old processor
Hence, the new processor is 1.728 times (72.8% more) the power of the old processor
Answer:
A. They are typically played in doors.
Explanation:
Most logical answer
