For each type of problem, identify the most appropriate method/algorithm to solve the problem. (1) You are deep sea explorer. You wan to explore as much of a small cave as you can before you run out of oxygen.
(2) You are taking 30 credits next semester and want to make a program to pick appropriate classes for you.
(3) You are looking for a rare mushroom in the forest. You have a gas analyzer that can find trace amounts of a byproduct of this mushroom and estimate a signal strength.
(4) You are trying to assemble a robot that can both walk and carry things (or stuff!).
(5) You want to build a program that can do your math proofs for you.

1. list up to six important assumption required to apply the m/m/s queueing model at barnacle cleaners for evaluating the two alternative presented in this analysis. for each assumption, write 1-2 sentences explaining why it is a valid assumption.

Complete the sentence based on your knowledge of the professional difficulties faced by music artists. digital technology allows audiences to see free live telecasts of music or dance performances through

Jason, samantha, ravi, sheila, and ankit are preparing for an upcoming marathon. each day of the week, they run a certain number of miles and write them into a notebook. at the end of the week, they would like to know the number of miles run each day, the total miles for the week, and average miles run each day. write a program to them analyze their data. your program must contain parallel arrays: an array to store the names of the runners and a two-dimensional array of five rows and seven columns to store the number of miles run by each runner each day. furthermore, your program must contain at least the following functions: a function to read and store the runners’ names and the numbers of miles run each day; a function to find the total miles run by each runner and the average number of miles run each day; and a function to output the results. (you may assume that the input data is stored in a file and each line of data is in the following form: runnername milesday1 milesday2 milesday3 milesday4 milesday5 milesday6 milesday7.)