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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From method names, I am compelled to believe you are creating some sort of a Lexer object. Generally you implement Lexer with stratified design. First consumption of characters, then tokens (made out of characters), then optionally constructs made out of tokens.
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To find meaning and decipher relationships between symbols and information
Talking books could be a means to automatize and generalize such an audio–visual reading experience. ... RWL consists of an experimental reading situation where one reads a text while one can hear it said aloud by a pre-recorded speaker or by a text-to-speech system.
Answer:
Place:
Coffee shop. Railway Reservation System, Airport Reservation System, Machine learning and a long list follow.
Situation:
We find that there is a similar type of calculation and in bulk. Thus we can create a piece of software, and run that with the help of a computer to solve our problem of tackling the massive number of clients.
Description:
The situation demands a similar sort of calculation, and we can hence make a program or most favorably a software that can do all these calculations for us. A perfect example is a coffee shop, which has 100 to 1000 customers drinking coffee each second. And you can understand how badly they need a computer and software. This cannot be done manually.
Explanation:
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Answer:
The first IBM PC virus in the "wild" was a boot sector virus dubbed (c)Brain, created in 1986 by Amjad Farooq Alvi and Basit Farooq Alvi in Lahore, Pakistan, reportedly to deter unauthorized copying of the software they had written. The first virus to specifically target Microsoft Windows, WinVir was discovered in April 1992, two years after the release of Windows 3.0.
Explanation:
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