@mitalipuri

import random lower_bound = 1 upper_bound = 5 max_attempts = 12 secret_number = random.randint(lower_bound, upper_bound)

# open the file in read mode file_read = open('Sample_File.txt','r') print("File in Read Mode -") print(file_read.read()) file_read.close() # open the file in write mode file_write = open('Sample_File.txt', 'w') # write in the file file_write.write(" File in write mode ....")

# Program to count number of lines in this file # Opening a file file = open("Codingal.txt","r") Counter = 0 # Reading from file Content = file.read() # splitting content into lines # and storing them in a list CoList = Content.split("\n")

Codingal is on a mission to inspire school kids to fall in love with coding. Coding helps develop logical thinking and problem-solving skills. Coding jobs are the future. They already constitute more than 60% of all the jobs in Science, Technology, Engineering, and Math. While still in school, those who start young will be ahead of everyone by the time they get into college. They will be creators of the future. Do you want to join us too?

# open the file in read mode file_read = open('Codingal.txt','r') print("File in Read Mode -") print(file_read.read()) file_read.close() # open the file in write mode file_write = open('Codingal.txt', 'w') # write in the file file_write.write(" File in write mode ....")

# open file and store file object in a variable file = open('Codingal.txt') # read the contents of file print(file.read()) # close the file file.close()

# Define the dictionary d = {1: 10, 2: 20, 3: 30, 4: 40, 5: 50} # Prompt the user to enter a key key = int(input("Enter a key: ")) # Check if the key exists in the dictionary and return the corresponding value if key in d: print("The value for key {key} is:", d[key]) else:

# Function to check if the number is a Disarium number def is_disarium(number): # Convert the number to string to easily access individual digits num_str = str(number) sum_of_powers = 0 # Loop through each digit, raising it to the power of its position (index+1) for i in range(len(num_str)): sum_of_powers += int(num_str[i]) ** (i + 1)

# Define the dictionary d = {1: 10, 2: 20, 3: 30, 4: 40, 5: 50} # Prompt the user to enter a key key = int(input("Enter a key: ")) # Check if the key exists in the dictionary and return the corresponding value if key in d: print("The value for key is", d[key]) else:

import sys def initial_slambook(): row = int(input("Enter the number of people that will be answering the questions: ")) cols = 6 slam_book = [] print(slam_book) for i in range (row): print("\nEnter contact %d details in the following order (ONLY): "% (i+1)) print("NOTE: * indicates madatory fields")

# importing the module import sys # this function will be the first to run as soon as the main function executes def initial_phonebook(): rows, cols = int(input("Please enter initial number of contacts: ")), 5 # We are collecting the initial number of contacts the user wants to have in the # phonebook already. User may also enter 0 if he doesn't wish to enter any. phone_book = []

def fib_series(nterms): # first two terms n1, n2 = 0, 1 count = 0 while count < nterms: print(n1) nth = n1 + n2 # update values n1 = n2 n2 = nth

def no_notes(a): Q = [2000, 500, 200, 100, 50, 20, 10] x = 0 for i in range(7): q = Q[i] x = a//q print("Notes of {} = {}".format(q, x)) a = a%q amount = int(input("Enter Total Amount"))

# Basic Star Pattern print("Star Pattern \n") for i in range(1,6): for j in range(i): print("*", end="") print('\n') #Inverted Star Pattern print("Inverted Star Pattern \n") for i in range(6,1,-1):

import random fname = ['John', 'Jane', 'Corey', 'Travis', 'Dave', 'Kurt', 'Neil', 'Sam', 'Steve', 'Tom', 'James', 'Robert', 'Michael', 'Charles', 'Joe', 'Mary', 'Maggie', 'Nicole', 'Patricia', 'Linda', 'Barbara', 'Elizabeth', 'Laura', 'Jennifer', 'Maria','Adam','Sturt','Nikolson','Tom','Harry','Ruskin','Thor','Rocky','Ravid','David','Harris','Eion','Elon','Mark','Will','Chris'] lname = ['Smith', 'Doe', 'Jenkins', 'Robinson', 'Davis', 'Stuart', 'Jefferson', 'Jacobs', 'Wright', 'Patterson', 'Wilk

# Empty tuple my_tuple = () print(my_tuple) # Tuple having integers my_tuple = (1, 2, 3) print(my_tuple) # tuple with mixed datatypes my_tuple = (1, "Hello", 3.4)

# empty dictionary my_dict = {} # dictionary with integer keys my_dict = {1: 'apple', 2: 'ball'} # dictionary with mixed keys my_dict = {'name': 'John', 1: [2, 4, 3]} my_dict = {'name': 'Jack', 'age': 26}

class Dog: species = "Dog" def __init__(self, name, age): self.name= name self.age= age Nelson = Dog("Nelson", 8) Bruno = Dog("Bruno", 10) print("Nelson Is A {} " .format(Nelson.species))

class Area: radius= 0 def AreaOfCircle(self,radius): AreaCircle=3.14*radius*radius return AreaCircle def PerimeterOfCircle(self,radius): PerimeterCircle=2*3.14*radius return PerimeterCircle

from turtle import * # A function is defined for each part, with following steps # 1. pen up # 2. move to correct position # 3. pen down # 4. draw # 5. return home class Face: