Reading Chapters 10 of Ralph Stair's "Fundamentals of Information Systems" 9th Edition: Discussion questions: 3. Do you feel that the measures in place to protect your personal data you provide to health care organizations are sufficient? Why or why not?

Watch "Different Programming Languages" video. Discussion question: What did you learned from the programming languages videos?

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Reading Chapters 9 of Ralph Stair's "Fundamentals of Information Systems" 9th Edition: Chapter 9: Problem-solving: 1. Identify three commonly used antivirus software packages. Develop a spreadsheet that compares the cost and fundamental features of each package. Which antivirus solution would you choose and why? Upload an Excel Report with a title, data, and show off what you have learned.

Computer Science A Caesar cipher is one of the simplest forms of encryption. It is a substitution cipher where each letter in the plaintext is shifted a certain number of places down the alphabet. For example, with a right shift of 3, 'A' would be replaced by 'D', 'B' would become 'E', and so on. The alphabet "wraps around," so with a shift of 3, 'X' would become 'A'. Your task is to implement this logic. 1. Develop a set of functions to encrypt a string using a Caesar cipher. 2. Develop a set of functions to decrypt a string using a Caesar cipher. 3. Develop a set of functions to help solve (break) a Caesar cipher by showing all possible shifts.4. Implement all of the above functions for TWO of the following languages: Encrypt, Decrypt, Solve in COBOL  Encrypt, Decrypt, Solve in Fortran  Encrypt, Decrypt, Solve in Pascal   Examples of Usage The usage for encrypt and decrypt should be as follows: encrypt(str, shiftAmount) decrypt(str, shiftAmount) Pascal code fragment: var x: string;…

No AI USE PLEASE. You are using a web browser to load a webpage. Let’s assume the size of the webpage is negligible. The access link rate of the webserver is 1 Gigabits per second. The IP address for the associated URL is not cached in your local host, so a DNS lookup is necessary to obtain the IP address. Suppose that n DNS servers are visited before your host receives the IP address from DNS; the successive visits incur an RTT of RTT1, . . . , RTTn. Let RTT0 denote the RTT between the local host and the webserver containing the webpage. Now answer the following: 1) Ignore all types of delays at the client and the servers. How much time elapses from when the client clicks on the link of the webpage until the client receives the content of the webpage? 2) Now suppose, the HTML file references 10 additional objects (15 MB each) on the same server. Considering only the transmission delay at the webserver for each of these objects and ignoring all other delays at the host and the servers,…

In a client-server file distribution paradigm, let’s assume the server has an upload rate of 25 Mbps. Each client’s download rate is 3 Mbps. Now consider multiple scenarios where the number of clients is 50, 200, and 1000. For each of these scenarios, consider 2 possible upload rates of each client: 200 Kbps, and 1Mbps. For these 6 combinations of the number of clients and the client-upload rate, what are the minimum distribution times for a file of size 30 Gigabit? Now, if the same file needs to be distributed in a P2P paradigm, what will be the 6 minimum distribution times? Show all calculations and provide detailed explanations. No AI use Please