ABC Inc monitors the temperature of each of it seven servers throughout the day. Readings are recorded each hour and the data is reviewed every morning to ensure that temperatures are within operating specs throughout the day. You have been assigned the task of creating a program that provides a quick analysis of each day’s data. The data is to be read from a two-dimensional array. There will be twenty-four rows each representing an hour during the day. There are eight columns of numbers. The first seven will represent a server temperature and the seventh will represent the server room’s air temperature. The program should display a data analysis that includes: For each server, the high, low and average temperature during the twenty-four hour period The difference in temperature between the server room and each of the seven servers for each hour of the day. When the temperature difference is greater than or equal to 50 degrees, mark the entry with an asterisk. Steps: Create a new Visual Studio project and source code file. Copy and paste the code below into a source code file. Complete the requirements of the program as described in the above paragraph.

The task at hand is to create a program that analyzes the temperature data of each server in ABC Inc’s server room. The data is stored in a two-dimensional array, with twenty-four rows representing each hour of the day and eight columns representing the server temperatures and the server room’s air temperature.

The program should display a data analysis that includes the high, low, and average temperature for each server over the twenty-four hour period. Additionally, it should calculate the temperature difference between the server room and each of the seven servers for each hour of the day. If the temperature difference is greater than or equal to 50 degrees, the entry should be marked with an asterisk.

To start, create a new Visual Studio project and a source code file. Copy and paste the provided code into the source code file. This code will serve as the starting point for implementing the required functionality.

The first step in completing the program is to read the temperature data from the two-dimensional array and calculate the high, low, and average temperature for each server. This can be done by iterating through each hour and comparing the temperatures for each server. Keep track of the highest and lowest temperatures encountered for each server, and calculate the average temperature by summing all the temperatures and dividing by the number of hours.

Next, calculate the temperature difference between the server room and each server for each hour of the day. This can be achieved by subtracting the server room’s air temperature from each server’s temperature at each hour. If the temperature difference is greater than or equal to 50 degrees, mark the entry with an asterisk.

Finally, display the data analysis to the user. This can be done by printing the high, low, and average temperatures for each server, along with the temperature difference between the server room and each server for each hour of the day. Ensure that the marked entries are clearly indicated with asterisks.

By following these steps and implementing the required functionality in the provided code, the program will be able to analyze the temperature data and provide a comprehensive analysis to assist ABC Inc in monitoring the temperature of their servers.