Answer:
The easiest way to sort excluding first row must be unselecting the first row. keys simultaneously to quickly select the data range from the second row to the end. Then you can sort the data excluding first row.
Explanation:
yes
Personal computers made accessing information a lot faster and easier but a lot of times the things we see when we search information is tailored to our personal beliefs and opinions. For example, if you're a person that commonly searches for information or products about dogs, you're way less likely to get an add promoting cat food. While this may seem like a very positive thing, it also may have a downside. This rule also applies to things like political views, if you're a trump supporter you'll most likely end up seeing things that are pro-Trump and a lot fewer things that are pro-Hilary.
This can skew people's outlooks on certain subjects, if you're only ever seeing web pages and articles saying that Trump is great, you won't ever see the opposing side which is essential in making a well-informed decision about a candidate for the presidency or any other subject for that matter.
In summary, You have to see both the good and bad side of something to truly make a choice and the way the internet works can sometimes make that difficult.
I hope this helps and makes sense! :)
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.
Cheers.
