Part 1: Review the Code Review the code and locate the comments with missing lines (# Fill in missing code). Copy and paste the code into the Python IDLE. Use the IDLE to fill in the missing lines of code.
On the surface this program seems simple. Allow the player to keep guessing until he/she finds the secret number. But stop and think for a moment. You need a loop to keep running until the player gets the right answer.
Some things to think about as you write your loop:
The loop will only run if the comparison is true.
(e. g., 1 < 0 would not run as it is false but 5 != 10 would run as it is true)
What variables will you need to compare?
What comparison operator will you need to use?
# Heading (name, date, and short description) feel free to use multiple linesdef main(): # Initialize variables numGuesses = 0 userGuess = -1 secretNum = 5 name = input("Hello! What is your name?") # Fill in the missing LOOP here. # This loop will need run until the player has guessed the secret number. userGuess = int(input("Guess a number between 1 and 20: ")) numGuesses = numGuesses + 1 if (userGuess < secretNum): print("You guessed " + str(userGuess) + ". Too low.") if (userGuess > secretNum): print("You guessed " + str(userGuess) + ". Too high.") # Fill in missing PRINT statement here. # Print a single message telling the player: # That he/she guessed the secret number # What the secret number was # How many guesses it tookmain()

Part 2: Test Your Code
Use the Python IDLE to test the program.
Using comments, type a heading that includes your name, today’s date, and a short description.
Run your program to ensure it is working properly. Fix any errors you observe.
Example of expected output: The output below is an example of the output from the Guess the Number game. Your specific results will vary based on the input you enter.
Output
Your guessed 10. Too high.
Your guessed 1. Too low.
Your guessed 3. Too low.
Good job, Jax! You guessed my number (5) in 3 tries!

When you've completed filling in your program code, save your work by selecting 'Save' in the Python IDLE.
When you submit your assignment, you will attach this Python file separately.

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The value of sin(x) (in radians) can be approximated by the alternating infinite series create a function (prob3_2) that takes inputs of a scalar angle measure (in radians) and the number of approximation terms, n, and estimates sin(x). do not use the sin function in your solution. you may use the factorial function. though this can be done without a loop (more efficiently), your program must use (at least) one. you may find the mod() function useful in solving the problem.

Create a class hand in its own module. one object of class hand represents a hand of cards and so one object stores a number of card objects. for this assignment you will submit three separate modules, one with the definition of class card, one with the definition of class hand and one with the main application that thoroughly tests class hand. class hand must contain the following four methods: 1) , numcardsinhand) takes an integer as parameter and initializes a hand object with numcardsinhand card objects inside it. these card objects are generated randomly. for simplicity, assume an infinite number of decks of cards.2) bjvalue(self) returns the blackjack value for the whole hand of cards3) ) returns a string containing all the cards in the hand4) hitme(self) adds one randomly generated card to the handcreate a main program in its own module that thoroughly tests class hand. you will have three modules/files to upload to your etudes assignment submission: card. py, hand. py and the module that contains your main program. two alternatives for extra credit - you cannot get credit for both! (+1 point): after you have thoroughly tested the class hand and all of its methods, add code to your main program that stores one hand object as a pickle file and reads it back into a new hand object. you are only eligible for this extra credit if class hand has all four of the methods above working. or(+2 points): after you have thoroughly tested the class hand and all of its methods, add code to your main program that stores one hand object as a text file on the disk and reads it back into a new hand object. you are only eligible for this extra credit if class hand has all four of the methods above working. notes: -start by making any and all modifications suggested by my comments to your previous submission of class card from assignment #6 "a robust card object"-once your class card is tested and working well, you will not make any further modifications to it for the purposes of class hand.-you can keep the test code for class card intact. if it is indented inside an if __name__ == "__main__", then it will not be executed when your main program's module imports it.-to save time, write and test one method for class hand at a time.-under no circumstances are you to attempt the extra credit until you are completely finished with writing and testing all the methods in class hand.