Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00”. By making use of a class diagram, demonstrate how the concept of inheritance can be used to represent the scenario provided at the beginning of this question. Q.2.1.1 Class diagram showing inheritance Q.2.1.2 Attributes Q.2.1.3 Instance methods Q.2.1.4 Access specifiers.

Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00”. By making use of a class diagram, demonstrate how the concept of inheritance can be used to represent the scenario provided at the beginning of this question. Q.2.1.1 Class diagram showing inheritance Q.2.1.2 Attributes Q.2.1.3 Instance methods Q.2.1.4 Access specifiers.

Operations Research : Applications and Algorithms

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter19: Probabilistic Dynamic Programming

Section19.3: How To Maximize The Probability Of A Favorable Event Occurring

Problem 1P

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Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00”.Q.2.1 By making use of a class diagram, demonstrate how the concept of inheritance can be used to represent the scenario provided at the beginning of this question. Marks will be awarded as follow:Q.2.1.1 Class diagram showing inheritance; Q.2.1.2 Attributes; Q.2.1.3 Instance methods; Q.2.1.4 Access specifiers.
Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00”. Q.2.1 By making use of a class diagram, demonstrate how the concept of inheritance can be used to represent the scenario provided at the beginning of this question. Marks will be awarded as follow:Q.2.1.1 Class diagram showing inheritance; Q.2.1.2 Attributes; Q.2.1.3 Instance methods; Q.2.1.4 Access specifiers. Q.2.2 By means of pseudocode, demonstrate how overloaded methods can be used in the COVID-19 application you are designing.
Every campus has full time students who attend classes between 8h00 and 17h00 during the week. Every campus also has part time students who attend classes between 18h00 and 21h00 on weekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student should be allowed to access the campus after 12h00. The campus has decided to change this rule to state “no full-time student will be allowed to access the campus after 12h00. Part time students can access the campus as from 17h00” By means of pseudocode, demonstrate how overloaded methods can be used in the COVID-19 application you are designing.
Every campus has full time students who attend classes between 8h00 and 17h00 during theweek. Every campus also has part time students who attend classes between 18h00 and 21h00 onweekdays. In the scenario provided at the beginning of Q.1.1, it is stated that no student shouldbe allowed to access the campus after 12h00. The campus has decided to change this rule to state“no full-time student will be allowed to access the campus after 12h00. Part time students canaccess the campus as from 17h00 By making use of a class diagram, demonstrate how the concept of inheritancecan be used to represent the scenario provided at the beginning of thisquestion. Marks will be awarded as follow: Class diagram showing inheritance; Attributes; Instance methods; Access specifiers
Three prisoners have been sentenced to long terms in prison, but due to over crowed conditions, one prisoner must be released. The warden devises a scheme to determine which prisoner is to be released. He tells the prisoners that he will blindfold them and then paint a red dot or blue dot on each forehead. After he paints the dots, he will remove the blindfolds, and a prisoner should raise his hand if he sees at least one red dot on the other two prisoners. The first prisoner to identify the color of the dot on his own forehead will be release. Of course, the prisoners agree to this. (What do they have to lose?) The warden blindfolds the prisoners, as promised, and then paints a red dot on the foreheads of all three prisoners. He removes the blindfolds and, since each prisoner sees a red dot (in fact two red dots), each prisoner raises his hand. Some time passes when one of the prisoners exclaims, "I know what color my dot is! It's red!" This prisoner is then released. Your problem…
Consider the following scenario: A high school has 1000 students and 1000 lockers, one locker for each student. On the first day of school, the principal plays the following game: She asks the first student to open all the lockers. She then asks the second student to close all the even-numbered lockers. The third student is asked to check every third locker. If it is open, the student closes it; if it is closed, the student opens it. The fourth student is asked to check every fourth locker. If it is open, the student closes it; if it is closed, the student opens it. The remaining students continue this game. In general, the nth student checks every nth locker. If it is open, the student closes it; if it is closed, the student opens it. After all the students have taken turns, some of the lockers are open and some are closed. The program below, when ran, will prompt the user to enter the number of lockers in the school. After the game is over, the program will output the number of…
Consider the following scenario: A high school has 1000 students and 1000 lockers, one locker for each student. On the first day of school, the principal plays the following game: She asks the first student to open all the lockers. She then asks the second student to close all the even-numbered lockers. The third student is asked to check every third locker. If it is open, the student closes it; if it is closed, the student opens it. The fourth student is asked to check every fourth locker. If it is open, the student closes it; if it is closed, the student opens it. The remaining students continue this game. In general, the nth student checks every nth locker. If it is open, the student closes it; if it is closed, the student opens it. After all the students have taken turns, some of the lockers are open and some are closed. The program below, when ran, will prompt the user to enter the number of lockers in the school. After the game is over, the program will output the number of…
3. A technician takes X hours to visit the stores in a couple of streets in one shift, and when he finishes his tour, another technician revisits the same stores again, needing other X hours to finish the second shift, and so on. For example, if the first technician started his shift at 1:00pm, he finishes it at 7:00pm and the second technician starts his shift at 7:00pm and finishes it at 1:00am, and so on. The supervisors used to make a quick meeting with all technicians twice a day at 1:00 am and 1:00 pm, so they need to finish their tours exactly 1:00. Identify the mathematical notation for the number of shifts should be made by the technicians in order to achieve this, write the name of this mathematical value, and find it for two tours, one with X=7 and another with X = 11 .
In the new post-apocalyptic world, the world queen is desperately concernedabout the birth rate. Therefore, she decrees that all families should ensure that they have one girl orelse they face massive fines. If all families abide by this policy-that is, they have continue to havechildren until they have one girl, at which point they immediately stop-what will the gender ratioof the new generation be? (Assume that the odds of someone having a boy or a girl on any givenpregnancy is equal.) Solve this out logically and then write a computer simulation of it.
Consider the following scenario:A high school has 1000 students and 1000 lockers, one locker for each student. On the first day of school, the principal plays the following game: She asks the first student to open all the lockers. She then asks the second student to close all the even-numbered lockers. The third student is asked to check every third locker. If it is open, the student closes it; if it is closed, thestudent opens it. The fourth student is asked to check every fourth locker. If it is open, the student closes it; if it is closed, the student opens it. The remaining students continue this game. In general, the nth student checks every nth locker. If it is open, the student closes it; if it is closed, the student opens it. After all the students have taken turns, some of the lockers are open and some are closed. The program see in the photo, when ran, should ask the user to enter the number of lockers in the school. The program will output the number of lockers and the…
A group of n tourists must cross a wide and deep river with no bridge in sight. They notice two 13-year-old boys playing in a rowboat by the shore. The boat is so tiny, however, that it can only hold two boys or one tourist. How can the tourists get across the river and leave the boys in joint possession of the boat? How many times need the boat pass from shore to shore?
It has been observed by management that some faculty members at theuniversity demonstrate a lackadaisical attitude toward teaching. They seldom go to class yet at the end of each month they receive full salary. Management has decided that GHs 200, 300, 400, and 500 will be deducted from a faculty’s salary if he/she offends once, twice, third time and forth time respectively in a month. This means that if a faculty member offends once in a month GHs200 will be deducted, if a faculty member offends twice in a month, GHs 500 (i.e. 200+300) will be deducted, if a faculty member offends three times in a month GHs 900 (i.e. 200+300+400), will be deducted and if a faculty member offends four times in a month GHs 1,400 (i.e. 200+300+400+500). Assuming all faculty members are on a flat salary rate of GHs 2000.a. Write a program to request for the names of four faculty members and number times he/she has absented him/herself from class in a month.One of them should have absented him/herself…