Python Please Write a program which picks a pair of dice. If the sum of the rolled numbers is 10, print "You WON!", else print "You lost! Better luck next time!"

In Python A soup company is interested in finding out how much of their soup will go into various sized cans. The user will input the diameter of the can end, and the height of the can. The volume of a cylinder is the well known formula: volume = area of the ends * height of cylinder. The twist is that a can of soup can not be completely filled to the top; only 95% of the volume can be filled with soup; the remaining 5% must remain empty to allow for expansion. NOTE: when computing the area, use pi to at least 5 significant digits (eg, 3.14159) or use the constant math.pi. You should define a function named soup_volume which takes two parameters, the diameter of the can in cm, and the height of the can in cm, in that order. The function should return a float value, which is the volume of soup that the can is able to hold. The function should not round the value, but when printing the value in the main program, format it to show only 2 decimal places. Example run of the program: Enter…

QuadraticAA.java Write a program that solves quadratic equations of the form , where   The values A, B, and C will be real numbers (doubles) that you will request from the user.  The equation below is what is used to solve for .  Remember, there will be two solutions for x (not necessarily distinct).  No loops are necessary, so don’t include any. To find the two solutions for this equation, you will use the quadratic formula:   Remember that it must be solved for both the  and  :   You will ask the user to input a value for A, B, and C (in that order, using those same letters), then you will use those values to find the two values of x as above.  Your output MUST then display the original quadratic equation back to the user with their coefficients in place, and then output the two results.  We will assume that the user will not put zero for A. *Format ALL OUTPUT VALUES (including the equation) to have only two decimal places.  There is a test case below.  Your program should run the…

Guess-the-number-game: Write a program that pays the game of “guess the number” as follows: Your program choose the number to be guess by selecting an integer at random in the range 1 to 1000. The program then displays the following:   I have a number between 1 and 1000. Can you guess my number? Please type your first guess.   The player then type a first guess. The program responds with one of the following: 1. Excellent ! you guessed the number! Would like to play again (y or n)? 2. Too low. Try again. 3. Too high. Try again.   If the payer’s guess is incorrect, your program should loop until the player finally get the number right. Your program should keep telling the player Too high or Too low to help the player “zero in” on the correct answer.

python: numpy def not_stealing(items):    """    While you're shopping, you notice that some items you've picked up do not have a price tag.    Do you steal them? NO! Instead, you decide to be a good person and replace them with another item    that does have a price.    - Items with no price will have a value of np.nan.    - Replace np.nan values with a random price between $5 and $9, inclusive.    - Return the average of the new prices in the array, rounded to 2 decimal places.    - DO NOT REMOVE random.seed(1)     Args:        items (np.array)    Returns:        float     >> items = np.array([4.63, np.nan, 3.78, 7.12, 12.35, 7.19, np.nan, 1.50, 2.41])     >> not_stealing(items)    5.66     """    #DO NOT REMOVE#    random.seed(1)    ##############       # items = np.array([4.63, np.nan, 3.78, 7.12, 12.35, 7.19, np.nan, 1.50, 2.41])    # print(not_stealing(items))     # items = np.array([np.nan, np.nan, 6.18, np.nan, 18.42, 2.67, 9.14, np.nan, 14.32])    #…

Write a program that generates a random number in the range from 1 through 100 After generating the random number, the user is to guess the number. If the user’s guess is higher than the random number, the program should display “Too high, try again” If user’s guess is lower than the random number, the program should display “Too low, try again”. If the user guesses the number, the program should congratulate the user and then generate a NEW random number so the game can start over. Make the game menu driven with these options  Main Menu ______________ 1)Play Game  2)Exit   written in python

Simulate the dice game of lucky sevens. The rules are: roll two dice if the sum equals 7, win $4 if the sum is not 7, lose $1 Write a program that asks the user how much they would like start the game with. The program should then: simulate the dice roll (using the random function) and show what was rolled show what the user’s funds are after each roll ask the user if they want to roll again if the user wants to roll again, repeat the three actions above if the user does not want to roll again give some response and end the game the final output should show if they won or lost money, and how many rolls they played

A polygon is convex if it contains any line segmentsthat connects two points of the polygon. Write a program that prompts the userto enter the number of points in a convex polygon, enter the points clockwise,then displays the area of the polygon. Here isa sample run of the program: Enter the number of points: 7 ↵EnterEnter the coordinates of the points:−12   0   −8.5   10   0   11.4   5.5   7.8   6   -5.5   0   −7   −3.5   −13.5 ↵EnterThe total area is 292.575

This example creates a program to teach a first grade child how to learn subtractions. The program randomly generates two single- digit integers number1 and number2 with number1 > number2 and displays a question such as "What is 9 – 2?" to the student. After the student types the answer, the program displays a message to indicate whether the answer is correct.

Area and Perimeter: Write a program that prints the area and perimeter of a circle with a radius of 5.5 using the formula: Perimeter = 2 * radius * PI Area radius * radius * PI Use Math.PI for PI in your program.