This program simulates logging in to a computer system. The user has three attempts to enter the correct password (Python). If the user does not entcorrrect password within three attempts, the system locks them out. Complete the missing lines that enable this behavior when the program runs..1 valid_responseFalse2 tries= 33 whileresponse = input("Enter your password: ")if response == "Python":valid_response = True4%3D7else:8print("Error. Try again.")10 if valid_response:11print("You are logged in.")12 else:13print("You are locked out after 3 incorrect attempts.")Enter your password: aError. Try again.Enter your password: bError. Try again.Enter your password: PythonYou are logged in.

This program simulates logging in to a computer system. The user has three attempts to enter the correct password (Python). If the user does not corrrect password within three attempts, the system locks them out. Complete the missing lines that enable this behavior when the program runs 1 valid_response = False 2 tries= 3 3 while 4 response = input ("Enter your password: ") if response == "Python": valid_response = True 6. 7 else: 8. print("Error. Try again.") 9. 10 if valid_response: 11 print("You are logged in.") 12 else: 13 print("You are locked out after 3 incorrect attempts.") Enter your password: a Error. Try again. Enter your password: b Error. Try again. Enter your password: Python

This program simulates logging in to a computer system. The user has three attempts to enter the correct password (Python). If the user does not corrrect password within three attempts, the system locks them out. Complete the missing lines that enable this behavior when the program runs 1 valid_response = False 2 tries= 3 3 while 4 response = input ("Enter your password: ") if response == "Python": valid_response = True 6. 7 else: 8. print("Error. Try again.") 9. 10 if valid_response: 11 print("You are logged in.") 12 else: 13 print("You are locked out after 3 incorrect attempts.") Enter your password: a Error. Try again. Enter your password: b Error. Try again. Enter your password: Python

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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Passwords that are created by users are usually very simple and easy to guess. Create a Python program that takes a simpler pswrd + makes it stronger by taking characters using the rules below, and by appending "!" to the ending of the input string. i becomes 1 a becomes @ m becomes M B becomes 8 s becomes $ Example: If the input is: mypassword the output is: Myp@$$word! Hint: Python strings are immutable, but support string concatenation. Store and build the stronger password in the given password variable This is what I have so far.... word = input()password = ''
Using Pygame and please write to me if i need to downloading any algorithm.
Can you use Python programming language to wirte this code? Thank you very much!
In python >>> play_nim(10) The goal is 10. Pick a number between 1 and 3 Current Score 0. Player 1 enter a number: 1 Current Score 1. Player 2 enter a number: 2 Current Score 3. Player 1 enter a number: 9 Invalid number, try again. Current Score 3. Player 1 enter a number: 1 Current Score 4. Player 2 enter a number: 3 Current Score 7. Player 1 enter a number: 3 1 >>> play_nim(4) The goal is 4. Pick a number between 1 and 3 Current Score 0. Player 1 enter a number: 3 Current Score 3. Player 2 enter a number: 3 2 >>> play_nim(21) The goal is 21. Pick a number between 1 and 3 Current Score 0. Player 1 enter a number: 0 Invalid number, try again. Current Score 0. Player 1 enter a number: -78 Invalid number, try again. Current Score 0. Player 1 enter a number: 3 Current Score 3. Player 2 enter a number: 2 Current Score 5. Player 1 enter a number: 1 Current Score 6. Player 2 enter a number: 3 Current Score 9. Player 1 enter a number: 2 Current Score 11. Player 2…
# Write your code here using python s1 = Student()s1.quizcalc(10)print('--------------------------------')s1.printdetail()s2 = Student('Harry')s2.quizcalc(10,8)print('--------------------------------')s2.printdetail()s3 = Student('Hermione')s3.quizcalc(10,9,10)print('--------------------------------')s3.printdetail()
Finding the Mth prime number
Python. Use decimal module to ensure answer is accurate.
Instructions: Create a program that simulates a password checker. Use the password that was set in the first part of the program, if the user enters the password correctly it will output Authentication Successful if the user does not answer the password correctly it will say Failed Attempt! Try again Attempt 1 Each failed attempt is recorded. Each time the user fails, output the number of that failed attempt. Enter the password: Failed Attempt! Try again Attempt 1 Enter the password: Failed Attempt! Try again Attempt 2 If the user fails 5 times output: Error! You have exceeded the number of attempts, try again? Y for "yes" or N for "No" The program should allow the user to try and enter the password again. The attempts should reset back to 0.
Can you use Python programming language to to this question? Thanks
Question7 - Create a method in the Python to solve the below problem Perform encryption work provided by these steps: Input: "apple" Step 1: Undo input: "elppa" Step 2: Replace all vowels with the following chart: a => 0 e => 1 i => 2 O => 2 u => 3 # "1lpp0" Step 3: Add "aca" at the end of the word: "1lpp0aca" Output: "1lpp0aca" Examples bethela ("banana") - "OnOnobaca" bethela ("karaca") - "OcOrOkaca" bethela ("burak") - "kOr3baca" bethela ("alpaca") "OcOpl0aca"