Buying and selling shares of stocks of listed companies is a typical task to do among investors. Of course, this would result in a capital gain (or loss) when the shares are sold. This is computed as the difference between the shares' selling price and the price was originally paid to buy it. When an investor has a single share of stock, the process is easy. However, when (s)he sells multiple shares of stocks, bought over a period of time and possibly with different prices, the first step is to identify which shares of stocks are to be sold. There are two accounting principles (protocols) that are followed depends on the market of stocks: the shares bought last to be sold first, and the other is to sell the shares that stayed the longest.

(c) Students must register for 120 credits each year. (d)  Students must take at least 90 credits of CS modules each year.

6. Cryptography, the science of encrypting and deciphering messages written in secret codes, has played a vital role in securing information since ancient times. More recently, with millions of financial transactions conducted over the Internet daily, cryptography has become more important than ever. Companies has begun to make online transactions more secure by installing encryption software to prevent sensitive information such as credit card numbers from falling into the wrong hands. Cryptology is real-world application of matrix inverses and used to encode and decode secret messages. Solve the problem below using the application of matrices in cryptography. The ciphers that will be used is called Hill ciphers. Coding system Each letter is assigned a number based on its position. ABCDEFGHI JKLM 1 2 3 4 5 6 7 8 9 10 11 12 13 NOPQ RSTUVWXY Z 14 15 16 17 18 19 20 21 22 23 24 25 0 To get the numbers in the code range (0 to 25), reduce the numbers in the matrices to their equivalents mod…

Find two cases in the media (internet, TV, etc.) of a person (organization, etc.) attempting to describe and example of the process of Darwinian evolution but is incorrectly describing the evolution process using a Lamarckian approach to evolution. Give the following information for both cases: Source (Where you found it) In what ways are they mistakenly claiming that the evolutionary process is an example of Darwinian evolution? How do you know that they are really describing evolution through a Lamarckian process, not a Darwinian process?   Case 1:     Case 2: