PythonChoose letter of correct answerExplain why. You may select many. (There are two answers). The Quick Union implementation assumes that the root nodes are assigned a parent ID of “-1".If I wanted to change this and set root nodes to have a parent ID of "0" instead of "-1", whichlines in the following code would change? Select all that should change.1class QuickUnion:definit_(self, size: int) -> None:CHOICES (Select all that may apply.)size: number of elements to initializeself.size = sizea. None of the aboveself.parent = [-1]*self.sizeb. Line 16defstr(self) -> str:c. Line 1510return f"parent: {self.parent}"d. Line 2611def get_root(self, p: int) -> int:"""Find the root of p"""idx = pwhile self.parent[idx] >= 0:idx = self.parent[idx]12e. Line 2013f. Line 714151617return idx18def is_connected(self, pl: int, p2:int) -> bool:return self.get_root(pl) == self.get_root(p2)192021def connect(self, pl: int, p2: int) -> None:"" "Connects pl and p2"""rl = self.get_root(p1)r2 = self.get_root(p2)self.parent[rl] = r22223242526

Please upvote. I am providing you the correct answer below. Please please please. We need to…

The Quick Union implementation assumes that the root nodes are assigned a parent ID of “-1". If I wanted to change this and set root nodes to have a parent ID of "0" instead of “-1", which lines in the following code would change? Select all that should change. 1 class QuickUnion: def init_(self, size: int) -> None: CHOICES (Select all that may apply.) 3 4 size: number of elements to initialize 6 self.size = size a. None of the above 7 self.parent = [-1]*self.size b. Line 16 8 c. Line 15 str_(self) -> str: return f"parent: {self.parent}" 9. def 10 d. Line 26 11 e. Line 20 def get_root(self, p: int) -> int: ""Find the root of p""" idx = p while self.parent[idx] >= 0: idx = self.parent[idx] 12 13 f. Line 7 14 15 16 17 return idx 18 def is_connected(self, pl: int, p2:int) -> bool: return self.get_root(p1) == self.get_root(p2) 19 20 21 def connect(self, pl: int, p2: int) -> None: """Connects pl and p2""" rl = self.get_root(p1) r2 = self.get_root(p2) self.parent[rl] = r2 22 23 24 25 26

The Quick Union implementation assumes that the root nodes are assigned a parent ID of “-1". If I wanted to change this and set root nodes to have a parent ID of "0" instead of “-1", which lines in the following code would change? Select all that should change. 1 class QuickUnion: def init_(self, size: int) -> None: CHOICES (Select all that may apply.) 3 4 size: number of elements to initialize 6 self.size = size a. None of the above 7 self.parent = [-1]*self.size b. Line 16 8 c. Line 15 str_(self) -> str: return f"parent: {self.parent}" 9. def 10 d. Line 26 11 e. Line 20 def get_root(self, p: int) -> int: ""Find the root of p""" idx = p while self.parent[idx] >= 0: idx = self.parent[idx] 12 13 f. Line 7 14 15 16 17 return idx 18 def is_connected(self, pl: int, p2:int) -> bool: return self.get_root(p1) == self.get_root(p2) 19 20 21 def connect(self, pl: int, p2: int) -> None: """Connects pl and p2""" rl = self.get_root(p1) r2 = self.get_root(p2) self.parent[rl] = r2 22 23 24 25 26

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

See similar textbooks

Similar questions

Output give upvote Python program using class
Please written by computer source Please solve with C - NIM Game
Can you fix it??
JAVA algorithm ur pseudo-code ,, top-down, stepwise refinement. Write a Java program.. Baker Co pays commision. Salesppl get $200 a wk nd 9% of their gross sales per wk. You’ve been supplied with a list of the items sold by each salesperson. The values of these items are in pic, app inputs one 1 sale ladys items sold for last wk and calculates and shows her earnings. She can sell any amnt
Pseudocode for this Python code (I wrote one but it does not match): import random def rollDice(): num1 = random.randint(1, 6) num2 = random.randint(1, 6) return num1, num2 def determine_win_or_lose(num1, num2): total = num1 + num2 print(f"You rolled {num1} + {num2} = {total}") if total == 2 or total == 3 or total == 12: return 0 elif total == 7 or total == 11: return 1 else: print(f"Point is {total}") return determinePointValueResult(total) def determinePointValueResult(pointValue): total = 0 result = -1 while total != 7 and total != pointValue: num1, num2 = rollDice() total = num1 + num2 print(f"You rolled {num1} + {num2} = {total}") if total == pointValue: result = 1 elif total == 7: result = 0 return result def main(): n = int(input("Enter the number of games to play: ")) i = 0 winCounter = 0 loseCounter = 0 while i < n: num1,…
Correct answer will be upvoted else Multiple Downvoted. Don't submit random answer. Computer science. anglers have recently gotten back from a fishing excursion. The I-th angler has gotten a fish of weight man-made intelligence. Anglers will flaunt the fish they got to one another. To do as such, they initially pick a request where they show their fish (every angler shows his fish precisely once, in this way, officially, the request for showing fish is a stage of integers from 1 to n). Then, at that point, they show the fish they discovered by the picked request. At the point when an angler shows his fish, he may either become glad, become dismal, or stay content. Assume an angler shows a fish of weight x, and the most extreme load of a formerly shown fish is y (y=0 if that angler is quick to show his fish). Then, at that point: in the event that x≥2y, the angler becomes cheerful; in the event that 2x≤y, the angler becomes miserable; in the event that none of these two…
Python Development Lab In Merworld there exists 2 coins of different denominations types 5-peso coins and 10- peso coins, both having two faces with image of – Elon Musk and a dog. You are assigned a task to find out the number of ways to arrange these coins so that their sum is N pesos. Arrangement should be done in such a way that the first coin in the arrangement should always have Elon Musk image up. Other coins could have any image. Input Output 1 60 5 LO
A fish-finder is a device used by anglers to find fish in a lake. If the fish-finder finds a fish, it will sound an alarm. It uses depth readings to determine whether to sound an alarm. For our purposes, the fish-finder will decide that a fish is swimming past if:there are four consecutive depth readings which form a strictly increasing sequence (such as 3 4 7 9) (which we will call "Fish Rising"), orthere are four consecutive depth readings which form a strictly decreasing sequence (such as 9 6 5 2) (which we will call "Fish Diving"), orthere are four consecutive depth readings which are identical (which we will call "Constant Depth").All other readings will be considered random noise or debris, which we will call "No Fish."Create a Python program called "fishfinder_firstname_lastname" that takes 1 input of string of 4 numbers separated with comma. Your program must display "Fish Rising", "Fish Diving.", "Fish At Constant Depth" or "No Fish".Example:30,10,20,20 Must display No…
Python tic tac toe. Tic tac toe is a very popular game. Only two players can play at a time. Game Rules Traditionally the first player plays with "X". So you can decide who wants to go with "X" and who wants to go with "O". Only one player can play at a time. If any of the players have filled a square then the other player and the same player cannot override that square. There are only two conditions that may match will be a draw or may win. The player that succeeds in placing three respective marks (X or O) in a horizontal, vertical, or diagonal row wins the game. Winning condition Whoever places three respective marks (X or O) horizontally, vertically, or diagonally will be the winner. Submit your code and screenshots of your code in action. Hints : Have a function that draws the board Have a function that checks position if empty or not Have a function that checks player or won or not expected output:
1. fInd the average win and lose rate of the craps game 2. Find the Mean, Median, and mode of how long a player takes until he wins and loses a game. Basically find out how long each game lasts. With mean, median, and mode. This code is for python and its for the craps game. Below is the code I have so far. import randomimport sysimport matplotlib.pyplot as pltimport pandas as pddef roll_dice():die1 = random.randrange(1, 7)die2 = random.randrange(1, 7)return (die1, die2)def display_dice(dice):die1, die2 = diceprint(f'Player rolled {die1} + {die2} = {sum(dice)}')# List that stores number of wins on every rollwinList = []# List that stores number of losses on every rolllossList = []# List that stores label indexes of horizontal bar plotylabel = []# 1# number of games of crapsn = int(input("Enter number of games: "))# Iterating 13 times# Because it is mentioned in the question that plot should have 13# horizontal bars for wins, and 13 horizontal bars for losses.for roll in…