PythonSoulution to 1 ### Problem #1: Calculate Disney tickets with a menuStudy the menu in Exx2bgeometry.py from my samples. We will be using a similar menu (but do not need the imports). You are to write a program named `DisneyMenu`. I have written a lot of it for you. Get the file DisneyMenuStart.py and copy it into your package. You can just save it somewhere on your computer and do a CTRL-C and CTRL-V (ask for more details if you need it). Fill in the code for the functions. There is a separate document with sample output. Yours needs to match this.### Problem #2: Calculate cost of a baseball game with a menuDesign a program similar to the `DisneyMenu` named `BaseballSeating`. You need a menu that asks for the number of reserved lower ($60.00 each), reserved upper ($45.00 each), and bleacher seats ($20.00 each). Calculate the cost of the order. Add a function that gives a 10% discount for any purchase over $300.My version has seven functions:1. `main()`2. `display_menu()`3. `purchaseLower()`4. `purchaseUpper()`5. `purchaseBleachers()`6. `quitIt()`7. `calcTotal()`I have included sample output in Canvas.---*Note: There are no graphs or diagrams in the provided text. The text outlines two problems that involve creating Python programs to calculate costs based on user input via menus.*

Algorithm:Initialize the variables adult_tickets and child_tickets to store the number of adult and…

# Problem #1 Calculate Disney tickets with a menu Study the menu in Exx28geometry.py from my samples. We will be using a similar menu (but do not need the imports). You are to write a program named Disoryou. I have written a lot of it for you. Get the file DisneyMenuStart.py and copy it into your package. You can just save it somewhere on your computer and do a CTRL-C and CTRL-V (ask for more details if you need it). Fill in the code for the functions. There is a separate document with sample output. Yours needs to match this. # Problem #2 Calculate cost of a baseball game with a menu Design a program similac.to the Disocou named BaseballSeating. You need a menu that asks for the number of reserved lower ($68.00 each), reserved upper ($45.00 each), and bleacher seats ($20.00 each). Calculate the cost of the order. Add a function that gives a 10% discount for any purchase over $300. My version has seven functions() main() disolax.menu() DurchaseLover) Durchasebec) DucchassBleachecal) ariatit() calcTotal() I have included sample output in Canvas.

# Problem #1 Calculate Disney tickets with a menu Study the menu in Exx28geometry.py from my samples. We will be using a similar menu (but do not need the imports). You are to write a program named Disoryou. I have written a lot of it for you. Get the file DisneyMenuStart.py and copy it into your package. You can just save it somewhere on your computer and do a CTRL-C and CTRL-V (ask for more details if you need it). Fill in the code for the functions. There is a separate document with sample output. Yours needs to match this. # Problem #2 Calculate cost of a baseball game with a menu Design a program similac.to the Disocou named BaseballSeating. You need a menu that asks for the number of reserved lower ($68.00 each), reserved upper ($45.00 each), and bleacher seats ($20.00 each). Calculate the cost of the order. Add a function that gives a 10% discount for any purchase over $300. My version has seven functions() main() disolax.menu() DurchaseLover) Durchasebec) DucchassBleachecal) ariatit() calcTotal() I have included sample output in Canvas.

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

I am attempting to write a code that will allow me to loop through a series of FITS fies in a folder on my Desktop. This is what I have so far, but no plot as yet. I have included a picture of what the plot should look like after the looping process. import numpy as npimport matplotlib.pyplot as pltimport globfrom astropy.io import fitsfrom astropy.wcs import WCSfrom pathlib import Path%matplotlib inline%matplotlib widget plt.figure(figsize=(5,5))legends = [] def plot_fits_file(file_path): # used this data to test ---------- # lam = np.random.random(100) # flux = np.random.random(100) # -------------------- # below code will work when you have file # all the plot will be on single chart hdul = fits.open(file_path) data = hdul[1].data h1 = hdul[1].header flux = data[1] w = WCS(h1, naxis=1, relax=False, fix=False) lam = w.wcs_pix2world(np.arange(len(flux)), 0)[0] plt.plot(lam, flux) plt.ylim(0, ) plt.xlabel('RV[km/s]')…
Download the sampleRatings.txt file from NUoodle and put it in the same directory as numbers.txt above. Now you'll modify your code above to do a few things using this file. The file contains 100 lines of data in the following format, with the three elements separated by tab characters: 1) A user ID (in this lab, all of the user IDs are between 1 and 5) 2) A nine-digit song ID 3) A song rating between 0 and 100 or 255. A rating of 0 means they hated it, 100 means they love it, and other variables between those two mean something in between. The value 255 is special and indicates that they want to skip the song without rating it. For example, the first line in the file is: 1 1000125 90 Write C++ code to read every line from the file and collect each of these three items. For now, even though we're collecting them, we will not use the user ID and song ID. After the program has read all 100 lines, it should calculate and print the average rating to two decimal places, ignoring values of…
Implement the "Add song" menu item. New additions are added to the end of the list. Ex: ADD SONG Enter song's unique ID: SD123 Enter song's name: Peg Enter artist's name: Steely Dan Enter song's length (in seconds): 237
Create a simple loop that prints instructor names, where instructor IDs are in the range from 101 to 105 only.
Write in Java using JOptionPane.showInputDialog If you have downloaded this book’s source code (the companion Web site is available at www.pearsonhighered.com/gaddis), you will find a file named WorldSeriesWinners.txt. Also is file is attached to the dropbox as well as in the downloads for this chapter. This file contains a chronological list of the winning teams in the World Series from 1903 through 2009. (The first line in the file is the name of the team that won in 1902, and the last line is the name of the team that won in 2009. Note that the World Series was not played in 1904 or 1994, so those years are skipped in the file.) Write a program that lets the user enter the name of a team, and then displays the number of times that team has won the World Series in the time period from 1903 through 2009. You should list the years cronoligically. Possible Look to Program
Create a code using Console.WriteLine for the attached photo.
At the end of this specific task, students should be able to:• Create and work with Loops• Handle and manipulate strings • (Learning Units 4 and 5).It is good practice to leave your main branch as your long live branch, this means that the code on this branch is always in perfect working order and tested. We make use of feature branches in order to ensure that any code we push to GitHub does not break our main branch. You can create a feature branch by running the following command.git checkout -b KhanbanTasks (you can use any branch name)** You are welcome to make use of GitHub desktop or your IDE to push code to GitHub if you are not comfortable with using the command line.You can now add the following functionality to your application:1. The users should only be able to add tasks to the application if they have logged in successfully.2. The applications must display the following welcome message: “Welcome to EasyKanban”.3. The user should then be able to choose one of the following…
Write a class called NestedLoop that prints the below picture. Use a for nested loop. No credit if nested loop is not used. Please Show your code and the console with the code.
Code with comments and output screenshot is must for an Upvote. Thank you! Using Java: Create a random 2000-digit number and store it in a file. Read the number from the file and find the smallest number within our larger number that contains at least every digit. For instance,149485420251367 contains every digit, but 94556780231 is a smaller number that contains every digit.
Computer Science A Java swing program that lets the user draw a line that can be individually deleted or moved. make a JPanel to allow users to draw a line with their mouse, move the line to wherever, and delete each individual line chosen by the user. Use JRadioButton and/or JComboBox in a separate JPanel to allow users to choose to draw, move, or delete a line. The user should be able to have multiple lines at once Whenever necessary, the user should be prompted with instructions on how to continue or what is wrong. (For example; conformation prompt for deleting a line, or which line the user wants to delete)
Please include just the actual Verilog code for this one. Thank you <3
Q.Create an interesting educational information chat box that asks the user to give an input question and then answers the question given by user with a suitable answer. It should separately match the question of user with the answer avaliable(it shouldn't display a choice menu instead it should ask the user to write a full question). Make use of list for different questions and answers. (if possible) Save two to three answers for a single question and then for random selection of elements from those answers use random choice(list) method from random module that returns a random element. Also for a user question that doesn't matches with the questions present in the chat box it should display statement like "oops i can't answer that" "sorry i am not intelligent enough" "could u please ask something else" using random method so that every time one of these statements appear **coding language python ***try using basic programming techniques in python without using arrays and pointers *…