Suppose the university has decided to announce bonus 1 PMS point to employees those have PMS points more than 7. The appraisal will be based on PMS points. We have an array of employees with UID and PMS point . Display the list of employees those would be benefited with bonus. The bonus should be added to the employees who have UID and PMS through the concept of list comprehension. USING PYTHON

Suppose the university has decided to announce bonus 1 PMS point to employees those have PMS points more than 7. The appraisal will be based on PMS points. We have an array of employees with UID and PMS point . Display the list of employees those would be benefited with bonus. The bonus should be added to the employees who have UID and PMS through the concept of list comprehension. USING PYTHON

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter17: Linked Lists

Section: Chapter Questions

Problem 5SA

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Answer the given question with a proper explanation and step-by-step solution. Java N people are arranged in a circle.(Each assigned a number in sequence). Starting from the first, countdown , removing each k-th person from the list, while closing the circle. Determine the number of the last one remaining in the circle (k<=N) Hint: to solve this problem, use a list in which the reference field of the last element contains a link to the first element
I want this in C Phase 1 Each person eligible to win is placed in one of G groups. For each group, a process is used to narrow down the possible number of winners. The process is as follows:Let a group initially start with p people. We can number the people within a group from 1 to p and assume they are arranged in a circle(circular linked list), with 1, then 2, ..., then p, followed by 1. Each group has its own skip number, s, and its own threshold number, t, where t< p. To eliminate some people in a group from possibility of winning the lottery, start at the person labeled 1 and skip over speople in line. Then, remove the following person. (Thus the first person removed is always person number s+1.)Then repeat the process. Since the line is circular, once you pass the highest numbered person left in line, you'll continue to the lowest numbered person left in line. Continue eliminating people in this fashion until there are precisely t people left. Phase 2 Of all of the people…
Suppose you have a sitting arrangement of the students who will give the final exam in a list. The list contains the last two digits of their student ID as given below. sitting_list = [10,30,20,70,11,15,22,16,58,100,12,56,70,80] Now you want to organize the sitting arrangement of the students in your own way. You decide to sort all the students in the even indices of the list in ascending order and all the students in the odd indices of the list in descending order. So, write a python program that organizes the list for you in this way.
Suppose you have a sitting arrangement of the students who will give the final exam in a list. The list contains the last two digits of their student ID as given below. [10,30,20,70,11,15,22,16,58,100,12,56,70,80] Now you want to organize the sitting arrangement of the students in your own way. You decide to sort all the students in the even indices of the list in ascending order and all the students in the odd indices of the list in descending order. So, write a python program that organizes the list for you in this way. [You cannot use python build-in sort() function, you can call your own sort function or copy your code from previous tasks instead] =============================================================== Output: [10, 100, 11, 80, 12, 70, 20, 56, 22, 30, 58, 16, 70, 15] def task4(list_in): # YOUR CODE HERE return list_out * please use list_in andreturn list _out also no sort() function, thank you so much for your help
Consider the following problem scenario:In recording scores for a golf tournament, we enter the name and score ofthe player as the player finishes. This information is to be retrieved ineach of the following ways:* Scores and names can be printed in order by ascending or by descending scores. * Given the name of a player, other players with the same score can be printed. Give procedures by using the doubly linked list data structure, forimplementing a solution for the problem.
Consider alternatives I) and II) for storing a set of cars owned by dealership: I: Car[] carlist = new Car[50]; II: ArrayList<Car> carList = new ArrayList<Car>(); List one advantage of using Option I List one advantage of using Option II
Consider the following problem: You are given a list of integers. Write a Python function that finds the longest increasing subsequence in the list. A subsequence is considered increasing if the elements are in ascending order, but they may not necessarily be contiguous. Your function should return the length of the longest increasing subsequence. For example, given the list [3, 4, 2, 8, 10, 5, 1], the longest increasing subsequence is [3, 4, 8, 10], so the function should return 4. Provide the implementation of the function step by step.
Implement the following Racket functions: You must use recursion, and not iteration. You may not use side-effects (e.g. set!). Transitive? Input: a list of pairs, L. Interpreting L as a binary relation, Transitive? returns #t if L is a transitive relation and #f otherwise. Examples: (display "Transitive? \n") (Transitive? '((a b) (b c) (a c))) ---> #t (Transitive? '((a a) (b b) (c c))) ---> #t (Transitive? '((a b) (b a))) ---> #f (Transitive? '((a b) (b a) (a a))) ---> #f (Transitive? '((a b) (b a) (a a) (b b))) ---> #t (Transitive? '())---> #t
Rewrite the below function, viral-growth in Racket, so that it can be passed to the below repeated function and so that the count variable of repeated (rather than a minsvariable in viral-growth) determines how many minutes of viral growth pass. Rewrite viral-growth to accept only one argument, the number of people who start the spread, and to return a lambda that accepts a list argument. (define (viral-growth ppl) (lambda (ls) [ YOUR CODE GOES HERE] (define (repeated f count) (lambda (x) (if (= count 0) x (f ((repeated f (- count 1)) x))))
In this task, we would like for you to appreciate the usefulness of the groupby() function of itertools . To read more about this function, Check this out . You are given a string . Suppose a character '' occurs consecutively times in the string. Replace these consecutive occurrences of the character '' with in the string. For a better understanding of the problem, check the explanation. Input Format A single line of input consisting of the string . Output Format A single line of output consisting of the modified string. Constraints All the characters of denote integers between and . Sample Input 1222311 Sample Output (1, 1) (3, 2) (1, 3) (2, 1) Explanation First, the character occurs only once. It is replaced by . Then the character occurs three times, and it is replaced by and so on. Also, note the single space within each compression and between the compressions.
Assume that we are utilizing a doubly linked list of unsorted data. What would be the asymptotic running time of the data structure for the following functions? Search() Insert() Delete() Minimum() Maximum() Successor() Predecessor()
0 A ladder tournament L can be split into two separate ladder tournaments L and L byassigning each player either to L or to L. The new ranks of the players are adjustedso that they do not contradict the relative rankings in L. However, there are manyways to define the inverse operation, joining two tournaments of disjoint players.Design algorithm Join-Ladder-Tournaments(L, L) that gives both tournamentsan equal value. This means, for example, that the joining does not force the championof L to compete against the worst players in L before she can have a match withthe champion of L