Answer:
explanation below
Explanation:
Individuals with excellent relationship building skills would be able to engage and lead members of Chevening community in their respective profession. Forming a bond with these sets of people who have a stake in the success or failure of your tasks would help you stay on track of your career and projects.
To build these relationships, you need to identify your relationship needs. Do you feel you have come to know what you need from these people you have formed a bond with and do they know what they need from you? In my own case, I engage in regular communications with everyone to ensure I understand what I need from them and what they need from me.
I have also spent time in developed my Emotional Intelligence [E.I] which is worthwhile in building professional relationships. I have rightly done this by recognising my own emotions and ensure I understand what I feel in different situations. This high level of EI would help in understanding the emotions and needs of your professional relationships.
These skills would be much needed when working in a corporate environment. I would be able to form bonds with different stakeholders, colleagues and customers, and understand their needs and emotions to be able to achieve different business needs.
Answer:
The correct answer to the following question will be "n logn".
Explanation:
- Time Complexity should be the same as the whole last particular instance, just the log base keeps changing with three.
- Throughout the circumstance of separating 2 arrays, we want one correlation. however, for splitting between 3-way arrays, will require 2 comparisons to sort.
- However, after breaking the array into 3, we can lower the number of transfers by growing the comparison. So the time complexity would then persist the same, but the log should get base 3 as we've classified into different parts.
So the time complexity will be:
⇒ 
⇒ 
Answer:
False
Explanation:
I did it on edgnuity also i got it right
Answer:
disk caching
Explanation:
Hi,
Magnetic hard drives use disk caching to speed up performance. This method is quite ingenious because what it does is that in a section of memory in your pc, it keeps a copy of information that was previously accessed in the hard disk. So, next time if the same data is requested, the system can refer to cache to get quick access rather than going to the hard disk (which is slower).
