Coral Language please 72658.2384292.gx3zay7Jump to level 1Write code in PutDollars that puts moneyAmount to output.1 Function PutDollars(integer moneyAmount) returns nothingPut "$" to outputVariables23 |Not snown when editing4// Your solution goes here56 Function Main() returns nothinginteger userMoneyuserMoney = Get next inputPutDollars (userMoney)10CodeFlowchartCheckD-D D-D-

Algorithm: Start Read userMoney from user Implement a method named PutDollars() that takes…

372658.2384292.qx3zay7 Jump to level 1 Write code in PutDollars that puts moneyAmount to output. Function PutDollars(integer moneyAmount) returns nothing Put "$" to output Variables 2 Not shown when editing // Your solution goes here 5 6 Function Main() returns nothing 7 integer userMoney userMoney = Get next input PutDollars (userMoney) 10 11 Cade Flowchart

372658.2384292.qx3zay7 Jump to level 1 Write code in PutDollars that puts moneyAmount to output. Function PutDollars(integer moneyAmount) returns nothing Put "$" to output Variables 2 Not shown when editing // Your solution goes here 5 6 Function Main() returns nothing 7 integer userMoney userMoney = Get next input PutDollars (userMoney) 10 11 Cade Flowchart

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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write a program that will sort the food orders using Mergesort and to report the efficiency of the algorithm. The following are the requirements: Auto-generate the order ids randomly. You may use a random function to generate the order ids. The order id takes the form of: FD9999 (the number of digits might change according to the maximum number of orders, n, that is input by the user). -For each order id, the total cost of the order should also be auto-generated randomly. The total cost of the order will be in the following format: RM999.99. -Sort the orders using Mergesort according to the order ids.  Display the list of the unsorted orders and the corresponding total cost of the order (if this option is selected by the user)  Display the list of the sorted orders and the corresponding total cost of the order (if this option is selected by the user) - Display the running time of the sorting algorithm. You are required to: a. Implement the scenario above using C/C++ programming…
11.Code so on for_A pure full Implement c/c++ to evaluate round robin algorithm. You must use the job list given here: Job (1) arrive at CPU cycle1 Job (2) arrive at CPU cycle2 Job (3) arrive at CPU cycle36 I/O (32) CPU (54) I/O (45) CPU (20) I/O (40) CPU (48) CPU (39) CPU (48) I/O (55) Your job list must contain CPU bust and I/O bust as above. Quantum time = [5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60] The evaluation of the most suitable quantum time needs to consider the followingperformance metrics, but not limited to:(i) Turnaround time of the jobs;(ii) Waiting time of the jobs; and(iii) Number of interrupts incurred The code must able to read csv file format of the job list as input file. The code must able for user to input time quantum.. ..
Your task is to implement Depth-first search algorithm to solve the problem of placing 8 Queens on a chess board so none can “take” each other.• A code framework, supporting videos and html documentation of the provided code-base will be provided via Moodle in assignments section.• The implementation should accept one command-line argument at the time it is invoked for the starting position of the first queen.o It will be tested with a range of values for that input.o If the input is not an integer in the range of 0-7 it should report “Invalid Input” and exit. • You will be supplied with a partially completed file ‘main.c’ which contains the code need to read the command line and sets up the initial working candidate within the code framework.o Your task is to complete the code to implement depth-first search. o Your code must finish with a call to the function PrintFinalSolutionAndExit(); when a valid final solution stored in the variable “workingCandidate”. please solve full…
Create an ABM function that takes the following parameters: n := number of paths to be simulated m := number of discretization points per path S0 := initial starting point dS=μdt+σdW Program the function by using two nested "for loops" def ABM(n,m,S0,mu,sigma,dt): np.random.seed(999) arr = # create 2D zeros array with the correct dimensions arr[,] = #initialize column 0 # fill in array entries for i in : for j in : arr[i,j] = return arr
a) Given the following non-tail recursive function for determining whether a given number is even or not: (ns core-clj.core (:gen-class)) (defn even-num? [n] (if (= n 0) true (not (even-num? (dec n))))) (defn -main [] (println) (even-num? 8))) Rewrite the above clojure function (even-num?) so it can enforce the TCO condition: (b) Use the built-in higher ordered functions like (filter, map, take or reduce) to filter out the first three even numbers in given list like (4 7 9 6 19 8 21). Note: you need to call the even-num? function given in (a).
implement bitcount function Count the number of 1’s in x. you are onlyallowed to use the following eight operators:! ~ & ^ | + << >> “Max ops” field gives the maximumnumber of operators you are allowed to use to implement each function /** bitCount - returns count of number of 1's in x* Examples: bitCount(5) = 2, bitCount(7) = 3* Legal ops: ! ~ & ^ | + << >>* Max ops: 40*/int bitCount(int x) {return 2;}
x=[10,1,20,3,6,2,5,11,15,2,12,14,17,18,29] for i in range(0, len(x)): m = x[i] l = i # Finding the minimum value and its location for j in range(i+1, len(x)): if(m >x [j]): m= x[j] l = j # Now we will do the swapping tmpry = m x[l] = x[i] x[i] = tmpry print(x) 8.The code above is written in Python programming language. In this sample, there are many sectors where you can apply knowledge of code refactoring. Mention each criteria where this code lacks and provide appropriate suggestions to improve. (Hint: Code Smells e.g: Naming Convention, Code length, Assertion etc.)
Course: Artificial Intelligence QUESTION: In the following program given code of [ python programming language ] below. Add and use Artificial Intelligence Algorithm to solve the program. And also attach of the output screen. vis = []# function will return 1 if can jump to last# else 0def fun(arr, n, i):# base condition# if reached the last index# return 1if i == n - 1:return 1# if i is out of bounds return 0if i > n or i < 0:return 0# if we have already visited return 0if vis[i] == 1:return 0# make this index as visited one.vis[i] = 1# check for left and right jump# if any of the jump leads to the last index# return 1if fun(arr, n, i + arr[i]) or fun(arr, n, i - arr[i]):return 1# else 0return 0# example arrayarr = []# number of elements as inputn = int(input("Enter number of elements : "))# iterating till the rangefor i in range(0, n):ele = int(input())arr.append(ele)#arr = [4, 4, 1, 5, 2, 6, 3, 4, 2, 0]# make visited arrayvis = [0] * len(arr)if fun(arr, len(arr),…
Consider the following snippets of code. Then, identify and describe thesorting algorithm used.num scores[5] = 90,85,65,95,75sort()x = 1while x < SIZEtemp = scores[x]y = x – 1while y >= 0 AND scores[y]>tempscores[y+1] = scores[y]y = y – 1endwhilescores[y+1] = tempx = x + 1endwhilereturn
Write a nToArray function which does the following:1. Accepts an empty partially filled array, the size of the array and an integer n as input parameters.2. Recursively extracts each digit of n and stores the digit into the array in forward order.3. Assumes the partially filled array has an infinite capacity.ExampleIf n is 2534 the array will contain the values 2,5,3,4. in c++
1. Implement Euclidean Algorithm for calculating greatest common divisorFirst write and test a function that calculates the greatest common divisor of two nonnegative integers, as follows: /* precondition: a>=b>=0 *//* postcondition: return d=gcd(a,b) */int EuclidAlgGCD (int a, int b); Then implement the extended Euclidean Algorithm to find not only the greatestcommon divisor of two integers, but also find the integer coefficients that expressesthe gcd in terms of the integers, as illustrated below: /* precondition: a>=b>=0 *//* postcondition: return d=gcd(a,b), s and t are set so that d=sa+tb */int ExtendedEuclidAlgGCD (int a, int b, int & s, int & t);
Q2: There are three buckets size X, Y, M (1<=X<=Y<=M). All three buckets are initially empty. Using these three buckets, we can perform any number of the following two types of operations. We can fill the smallest bucket (of size X) completely to the top with X units of water and pour it into the size-M bucket, as long as this will not cause the size-M bucket to overflow. We can fill the medium bucket (of size Y) completely to the top with Y units of water and pour it into the size-M bucket, as long as this will not cause the size-M bucket to overflow. Although we may not be able to completely fill the size-M bucket, but we can still determine the maximum amount of milk we can possibly add to largest bucket. Sample input: 17 25 77 Sample output: 76 In this example, we fill the bucket of size 17 three times and then bucket of size 25 once, accumulating a total of 76 units of water. You could use additional test case to test your program: Input: 52 791 877 Output: 843 Input: 26…