Chapter 3, Problem 3.16CP

Question 4 A university received 1000 applications for the undergraduate program every semester. Of all applicants, 150 had a CGPA score above 3.70. 520 applicants had a CGPA score between 3.50 and 3.70. 100 applicants had a score between 3.00 and 3.50. All other applicants had a score lower than 3.00.   What probability will a randomly selected applicant have a score lower than 3.00? If this semester, the total of students who get the CGPA score lower than 3.00 is 20% of the total student received, and the number of the other students who get CGPA above 3.50 is the same. Find the number of students who get CGPA between 3.00 and 3.50?

Consider the following task of building a zoo for Drexel! You've gathered m donors to fund the creation ofyour new park, and you've picked the location, so now you just need to choose the inhabitants. Ideally you'dget every animal imaginable, except you just don't have space. As it is, you have room to comfortably  tk animals. Since you'd like to ensure that your funding doesn't dry up, you  gure your donors should getto make requests about which animals will be kept. After sending out a few emails, you collect from eachdonor i a list of animals Ai which donor i would like to have at the zoo. As you suspected, the total numberof di erent animals appearing on the m lists exceeds k, so you won't be able to satisfy all of their requests.You decide the fairest thing to do is to ensure that at least 1 animal from each Ai is chosen.Given all these lists, we want to know whether we can select a set H of at most k animals to put in thezoo such that each donor i will be able to see at least one…

A small engineering consulting firm is establishing a plan for next year. The director and thethree partners need to prioritize the eight projects. The expected profit for each project is givenin the following table together with the number of person-days required to prepare each project.Another measure included is the computing resource measured as the computer processingunit (CPU) time (in hours). You have been tasked to evaluate which projects they ought topursue based on efficiency. Given the sample data below, you plan to construct a dataenvelopment analysis (DEA) model:a. Which measures would you regard as inputs and outputs, respectively? Pleaseprovide your justification.b. Conduct data envelopment analysis, explain what type of DEA model is selectedand describe the project you regard as “efficient” and “inefficient”, respectively.c. Which project would you recommend and why?d. In what ways can you improve on your recommendation? You are free to openlysource for other datasets…

A small engineering consulting firm is establishing a plan for next year. The director and thethree partners need to prioritize the eight projects. The expected profit for each project is givenin the following table together with the number of person-days required to prepare each project.Another measure included is the computing resource measured as the computer processingunit (CPU) time (in hours). You have been tasked to evaluate which projects they ought topursue based on efficiency. Given the sample data below, you plan to construct a dataenvelopment analysis (DEA) model:a. Which measures would you regard as inputs and outputs, respectively? Pleaseprovide your justification.b. Conduct data envelopment analysis, explain what type of DEA model is selectedand describe the project you regard as “efficient” and “inefficient”, respectively.c. Which project would you recommend and why?d. In what ways can you improve on your recommendation? You are free to openlysource for other datasets…

Damon Davis was working on the company's spreadsheet for Drano Drain and Sewer Service. Based on his estimates, he concluded that a net income of $50,000 would result. He totaled up the amounts in the Total Balance Sheet Columns, which indicated a deficit of $400,000 and a credit of $300,000, and came up with the following: We can only speculate as to the true cause of this disparity. If this isn't the case, then how can he tell where the issue is coming from?

Depending on the cause of death, racial/ethnic and gender disparities exist on years of potential life lost in the United States.  Years of Potential Life Lost (YPLL) can be defined as the number of years lost when death occurs before one’s life expectancy.  For this assignment, life expectancy will be set for everyone at 75.  For YPLL, a death of a very young person is weighted more than a death of a very old person (Seabert, McKenzie, & Pinger, 2022).     AS Instructions: Investigate one cause of death (infant mortality, homicide, suicide, unintentional injuries (such as car accidents, drowning, falling, etc.), pregnancy complications, COVID-19, etc.) in the United States and research the YPLL for racial/ethnic groups and genders. Summarize your findings in your paper and discuss how calculating YPLL can change the way we think about that particular cause of death differently.  Provide factual documentation that reinforces your findings from at least three peer reviewed sources…

choose items with maximum total benefit but with weight at most W .. whats the maximum total benefit?

A company's board consists of 4 people: Abigail (the CEO), Benoit, Charlie, and Debra. When they take a vote, if there is a majority (either up or down), that vote prevails. If, however, there is a tie, then Abigail's vote is the tie-breaker (e.g. if A&B vote up, and C&D vote down, the outcome is "up", because A's vote breaks the tie). The truth table will show all possible combinations of the 4 votes, and the final decision for each.

Correct answer will be upvoted else downvoted. Computer science.    There are n urban communities numbered from 1 to n, and city I has excellence computer based intelligence.    A sales rep needs to begin at city 1, visit each city precisely once, and return to city 1.    For all i≠j, a departure from city I to city j costs max(ci,aj−ai) dollars, where ci is the value floor implemented by city I. Note that there is no outright worth. Track down the base absolute expense for the sales rep to finish his excursion.    Input    The main line contains a solitary integer n (2≤n≤105) — the number of urban communities.    The I-th of the following n lines contains two integers artificial intelligence, ci (0≤ai,ci≤109) — the magnificence and value floor of the I-th city.    Output    Output a solitary integer — the base all out cost