What is the value of the instance attribute when the following code is run? class Temperature: temp_today 85 def _init_(self): self.temp= 0 def print_temp(self, temp_yesterday): print(self.temp) print(temp_yesterday) temp1 Temperature() %3D temp1.print_temp(90) O 90 85 O [90, 85]

What is the value of the instance attribute when the following code is run? class Temperature: temp_today 85 def _init_(self): self.temp= 0 def print_temp(self, temp_yesterday): print(self.temp) print(temp_yesterday) temp1 Temperature() %3D temp1.print_temp(90) O 90 85 O [90, 85]

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

fast in pyth please
Written in Python with docstring please if applicable Thank you
1. Create the main method using pythone to test the classes. #Create the class personTypefrom matplotlib.pyplot import phase_spectrum class personType: #create the class constructor def __init__(self,fName,lName): #Initialize the data members self.fName = fName self.lName = lName #Method to access def getFName(self): return self.fName def getLName(self): return self.lName #Method to manipulate the data members def setFName(self,fName): self.fName = fName def setLName(self,lName): self.lName = lName #Create the class Doctor Type inherit from personTypeclass doctorType(personType): #Create the constructor for the doctorType class def __init__(self, fName, lName,speciality="unknown"): super().__init__(fName, lName) self.speciality = speciality #Methods to access def getSpeciality(self): return self.speciality #Methods to manipulate def setSpeciality(self,spc):…
Python will give you high rating for correct help Easy Python Problem (see pic): Guides are available on the template below on what code to put: Template: ### Use this templateimport random class Card: def __init__(self, value, suite): self.value = value self.suite = suite def __str__(self): return f"{self.value} of {self.suite}" def __eq__(self, other): """Check if two cards are the same""" # -- YOUR CODE HERE -- class CardSet: def __init__(self): self.cards = [] def view(self): for card in self.cards: print(card) def add_cards(self, cards): """Add cards to your set""" # -- YOUR CODE HERE -- class Deck(CardSet): def __init__(self): """Initialize the 52-card set. Start from 1-11, then Jack, Queen, King, then by suite: clubs, spades, hearts, diamonds""" cards = [] # -- YOUR CODE HERE -- self.cards = cards def count_cards(self): """"Count the number…
Python please. Starter code: from player import Playerdef does_player_1_win(p1_hand, p2_hand):#given both player-hands, does player 1 win? -- return True or Falsedef main():# Create players# Have the players play repeatedly until one wins enough timesmain() #you might need something hereclass Player: # player for Rock, Paper, Scissors# ADD constructor, init PRIVATE attributes# ADD method to get randomly-generated "hand" for player# ADD method to increment number of wins for player# ADD method to reset wins to 0# ADD getters & setters for attributes
python: class Student:def __init__(self, first, last, gpa):self.first = first # first nameself.last = last # last nameself.gpa = gpa # grade point average def get_gpa(self):return self.gpa def get_last(self):return self.last class Course:def __init__(self):self.roster = [] # list of Student objects def add_student(self, student):self.roster.append(student) def course_size(self):return len(self.roster) # Type your code here if __name__ == "__main__":course = Course()course.add_student(Student('Henry', 'Nguyen', 3.5))course.add_student(Student('Brenda', 'Stern', 2.0))course.add_student(Student('Lynda', 'Robison', 3.2))course.add_student(Student('Sonya', 'King', 3.9)) student = course.find_student_highest_gpa()print('Top student:', student.first, student.last, '( GPA:', student.gpa,')')
Question 6 Not complete Marked out of 1.00 Flag question Consider the Student class definition below: class Student: def __init__(self, firstname, surname, grade = None): self.surname = surname self.firstname = firstname self.grade grade def_str__(self): = return '{} {}({})'.format(self. surname, self.firstname, self.grade) def get_full_name(self): return "{} {}" .format(self.surname, self.firstname) def get_grade (self): return self.grade Below is an implementation of the standard selection sort algorithm: def selection_sort(data): for num_iterations in range (len (data) - 1, 0, -1): Test position_largest = 0 for i in range(1, num_iterations + 1): if data[i]>data[position_largest]: position_largest = i data[position_largest], data[i] = data[i], data [position_largest] Modify this implementation to sort a list of Student objects by their full names. Note: you can assume that the parameter list is not empty and that the Student class definition is given. For example: s1 = Student…
class Book: book_belongs_to = 'Schulich School of Engineering' def _init_(self, pages = 0, title = 'Unknown', author = 'Unknown', isbn = self.pages = pages self.title = title e): self.author = author self.isbn = isbn book1 = Book(255, 'Black Beauty', 'Anna Sewell', 9780001840423) book2 = Book(208, 'The Chrysalids', 'John Wyndham', 9780140013085) Book.book_belongs_to = 'Emily Marasco' book3 = Book()