Describe an example of how you use the scientific method in your daily life. Include your observations, state a detailed and good hypothesis, describe how you are testing the hypothesis, include (hypothetical) results and a conclusion. What are the control and experimental treatments or groups in your example? What are the independent, dependent and controlled variables in your experiment? And finally, briefly describe the most useful thing you learned from the Scientific Method Tutorial. Is there anything about the scientific method that you still find confusing? Reply to at least two other students' main posts. Your replies should be substantial and contribute to their learning. Did they include all of the steps of the scientific method? Did they include controls? Correctly identify the various variables? How could they improve upon their experiment?*This should only take 1 hour at the MOST!*

Description We are all going stir-crazy from being stuck in our homes, and so my mind turns to Dungeons and Dragons.As it turns out, my character (Ahote) is stuck at home due to the Corona Virus as well.Since he isn’t real, the best solution is for him to fight some monsters or watch them fight each other (don’t try this at home!). For the lab assignment, you will read data from a file called monster.csv.Your goal will be to read data for the following two creatures from this file and to have them “fight” each other: Ahote Air Elemental Note that if the name of either of these creatures has a space in it, you will need to put it in quotation marks on the command-line if you are trying to do the bonus. The first thing you need to do is get all of the “starter code” for this lab.To get started on this lab, type the following while logged in to tc.rnet.missouri.edu: (MAKE SURE TO DO THIS STEP) cs1050start lab11 This command will create a directory called lab11.Go into that directory (“cd lab11”) and get a list of the files there (“ls -la”).Notice that there is a file called lab11.c.You can start editing this file to do your lab.Notice that there is a commented-out line that says “SetStatus(0)”.Later on, if you want to see different results each time you run the program, you can just uncomment this line to make the fights truly “random”. One more thing you should notice is that there is a header file called “fight.h”.This file contains the names of two functions that I have provided for you.One is the SetStatus() function previously mentioned.The other is called Fight() and you should call that function when you have all of the information from the monster.csv file you need.You will need the following stats for each monster: AC (armor class), HP (hit points), hitbonus (To Hit Bonus), a string the represents the damage for the first attack, and a string that represents the damage for the second attack (some creatures get two attacks). If all of that sounds confusing, all you need to do is read the name of the monster, 3 integers (ac, hp, hitbonus), and 2 strings (attack1damage, and attack2damage) for each monster.Pass these parameters into the Fight() function, and you are good! Instead of your usual command (compile lab11.c), you should just type in “make”.This will compile your program and make sure it is linked to the library that has the Fight() function in it. (CHECK THIS OUT) Hints If you are having trouble understanding how things work, just call the Fight() function with some hard-coded data to try it out.Example: Fight("JimR",21,900,10,"5d6+5","5d12+5","Lar",5,100,5,"1d6","N/A");Hard-code your data file and the two creature types initially.You can change this later if you are doing the bonus.If you get things working with hard-coding, go ahead and submit your code in case you run out of time.You can always submit again.You might want to grab some of the code from your prelab.Reading the name of the creature and the attack damage strings is very similar to the way we read names in the prelab (since each of these ends when you hit a comma).Don’t forget to check whether you have reached the end of the file.Don’t forget the close the file when you are all done.If you get everything working, it is more fun to call SetSeed(0).That will set things to a random number, so you will get different results each time you run the program.You might want to wait and try this at the end, as it is easier to debug things if you get the same results each time you run it. You could literally just add this example line to the lab11.c and then type make and then run ./a.out to see it work.