Problem 1 Suppose Prof.are asked to optimize his trip. He has decided to spare 2 hours from his busy schedule to do somefun stuff. He has 5 activities to choose from: playing tennis, reading optimization books, watchingfootball games, jogging on the street, and playing music. The table below lists the "utility" hereceives for each activity (suppose each activity takes 1 hour), and the amount of energy consumedper hour by each activity.is planning for a beach trip for summer vacation. Now youActivity1. tennis2. reading 3. watching football4. jogging 5. musicUtility (Units)2216202518Energy (kCal)35202040He does not want to get too tired from his trip, so he wishes to use at most 60 kCal of energy. Tolimit the time using his eyes, Prof. Song decided that if he chose reading, then he could not gowatching football games.1. Formulate an integer program to help Prof. Song determine how to maximize his utility duringhis fantasy trip.2. Solve this integer program in Excel or Python.

Let x=hour spend in playing tennis y=hour spend in reading z=hour spend in watching football…

Answered: Problem 1 Suppose Prof. are asked to…

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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Zordon is a new competitor in the production of power rangers, and has to train its employees in theprocess of making power morphers. To increase the speed of learning, Zordon will give a bonus to theemployee with the lowest cumulative average time per unit after eight units are completed. Jason took 50hours to complete the first unit, and is subject to an 80% learning curve. Rocky took 60 hours to completethe first unit, and is subject to a 70% learning curve. Tommy took 40 hours to complete the first unit, andis subject to a 90% learning curve. Andross took 55 hours to complete the first unit, and is subject to a75% learning curve. Which employee will receive the bonus?
Homework #8 Having the ability to monitor a process is critical in maintaining quality but also managing staff morale and/or fatigue. Please use the information below to answer the questions. Warehouse 36 produces birdhouses for Company X. Due to an illness that swept through the factory, Warehouse 36 is behind in production. In order to "catch up" to their predicted quota, the supervisor plans to work 12 hour shifts for 21 days. Over the course of the three-week period, production was steady and then began to decrease resulting in not meeting the goal of 340 units per day. Based on the information provided below, when did production begin to fall? At what point could a day off have prevented a production decrease? How do you know? Provide a visual display of data that shows the average, upper/lower class limits and daily production. (Hint - statistical process control) How could you have adjusted the schedule to reach the desired result? Days Production 1 2 3 4 5 LN34567 99 6 345 7…
For his classes, Professor Wright gives three types of quizzes, objective, recall, and recall-plus. To keep his students on their toes, he has decided to give at least 20 quizzes next quarter. The three types, objective, recall, and recall-plus quizzes, require the students to spend, respectively, 10 minutes, 30 minutes, and 60 minutes for preparation, and Professor Wright would like them to spend at least 12 hours(720 minutes) preparing for these quizzes above and beyond the normal study time. An average score on an objective quiz is 5, on a recall type 6, and on a recall-plus 7, and Dr. Wright would like the students to score at least 130 points on all quizzes. It takes the professor one minute to grade an objective quiz, 2 minutes to grade a recall type quiz, and 3 minutes to grade a recall-plus quiz. How many of each type should he give in order to minimize his grading time?
How do I solve the following problem?
Please solve the last part. g
kindly answer items (d) and (e)
The owner of a chain of mini-markets wants to compare the sales performance of two of her stores, Store 1 and Store 2. Though the two stores have been comparable in the past, the owner has made several improvements to Store 1 and wishes to see if the improvements have made Store 1 more popular than Store 2. Sales can vary considerably depending on the day of the week and the season of the year, so she decides to eliminate such effects by making sure to record each store's sales on the same 12 days, chosen at random. She records the sales (in dollars) for each store on these days, as shown in the table below. Day 1 2 3 4 5 6 7 8 9 10 11 12 Store 1 944 462 984 958 457 250 726 992 847 447 587 230 879 Store 2 699 378 928 658 374 44 149 845 917 707 519 222 877 Difference 245 84 56 300 83 101 -119 75 140 68 2 (Store 1 - Store 2) Send data to calculator Based on these data, can the owner conclude, at the 0.10 level of significance, that the mean daily sales of Store 1 exceeds that of Store 2?…
both sheets are for the same problem.
Question 2 Ana and Beverly, produce the same product on identical machines. Ana receives $25 per hour and produces 100 units per hour. Beverly is able to produce 140 units per hour. The machine rate or cost of operation used by them is $100 per hour. The cost per piece of Ana's product is $ Blank 1 per piece. The hourly wage of Beverly in order that her cost per piece will equal that of Ana is $ Blank 2 per hour. Note: No need to type the UOM (Unit of Measure). Show answer (round off) to two decimal places. Blank 1 Add your answer Blank 2 Add your answer
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