In a recent class, we utilized the Turtle module to create a variety of shapes, including a triangle, square, circle, and line. I would like you to importthese designs and incorporate them into the new diagram provided below. Additionally, you will need to enhance your module file by adding afunction that can draw a hexagram. Each angle in a hexagram is 120 degrees.

I have provided the explanation in comments.Figure:The code imports the Turtle module and creates a…

Answered: In a recent class, we utilized the…

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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His iap uses material in the 5th edition of MATLAB for Engineers. Part I Read or skim Chapter 15, Follow the steps to create the Polygon GUI, your GUI should match Figure 15.12. Part II Create a GUI to add two numbers together. It should include the following: • Title, located in a static textbox • Three edit textboxes, used to enter the numbers to be added and the result • Static textbox to hold the + symbol • Pushbutton to hold the = symbol Edit the pushbutton section of the program to include the following: num1 = str2num(get(handles.edit1,'string')) num2 = str2num(get(handles.edit2,'string')) sumofnos=num1+num2 set(handles.edit3,'string', num2str(sumofnos)) Using comments explain the purpose of each line above.
You need to create a Tinkercad project that has to have only one 7 segment display. The 7-segment has to display your ID (12030459) number. Every 2 seconds one digit has to be displayed at time and stays on for 2 seconds before displaying the next digit. The digits of your id(12030459) number are to be displayed in a consecutive order.
You need to create a Tinkercad project that has to have only one 7 segment display. The 7-segment has to display your ID number. Every 2 seconds one digit has to be displayed at time and stays on for 2 seconds before displaying the next digit. The digits of your ID number are to be displayed in a consecutive order.
Develop an interactive GUI-Tkinter Calculator. The calculator will include all standard mathematical operations such as addition, subtraction,multiplication and division. The expect output is shown in the picture.
Super Ghost Project Rule changes: The premise of the game remains the same, there are two players adding words to a growing word fragment. Each player will take turns attempting to add letters to a growing word fragment. The letter you select should attempt to force your opponent to spell a word or create a word fragment that has no possibility of creating a word. Unlike the prior ghost competition, when it is your turn you are allowed to add a letter to either the front or back of the word fragment. Winning Criteria: If your opponent spells a word that is at least 6 characters long if your opponent creates a word fragment that has no possibility of creating a word if your opponent takes longer than 60 seconds to select a word. Tip: If you are the first player you can only spell words that are odd length thus you can only lose when you spell words that are odd but you can win when your opponent spells words that are even length. Accordingly, if you are the first player you should…
OBAFGKM are the seven categories that are used to describe the absorption lines of a spectrum. Access the Spectral Types Color Slider by opening the Eclipsing Binary Stars section of the NAAP Labs Application and then the Spectral Types of Stars subsection (it is the last simulation on the page) and use it to complete the data table below. Spectral Type: include a letter and a number (no space). Temperature: Kelvin (K) is assumed for Temperature. Color: choose from Blue, White, Orange, or Red (spelling counts!).
Design your own interface The grade to be given on each criteria must not be greater than 95 and must not be lower than 65. (Display an alert message if the input is incorrect). Apply the given percentage for each criteria in computing the total grade. Activities - 35% Exam - 40% Recitation - 25% DISPLAY REMARKS based on the criteria below: 74 Below - FAILED 75 to 79 - POOR 80 to 85 - FAIR 86 to 90 - GOOD 91 to 95 - EXCELLENT
Can you further elaborate on what each line of code is doing? As in more comments. Thank you
I need The bonus Idea please do The GUI
MFC In the second part of your project, you need to develop a mathematical worksheet graphical interface for elementary school students. The worksheet consists of 10 questions of operations between two random numbers. The operations are defined randomly from the set {+, -, *, /}. The GUI uses a text field to enter the maximum value of random numbers. A button with the caption "Check Answers" should be added to the GUI, and when clicked, a correct icon () should appear in front of the correct answer and an incorrect icon
Guide to working through the project Steps: Write the GradeBook constructor that reads student information from the data file into the ArrayList roster). For now, ignore the grades. Test your GradeBook class before proceeding to the next step. Create the Grade class. Test your Grade class before proceeding to the next step. Modify the Student class to include an ArrayList of Grade. Test the Student class before proceeding to the next step. Finish writing the GradeBook constructor to process the grades as they are read in from the data file. Test the GradeBook class before proceeding to the next step. Add additional functionality to the GradeBook and Student classes one method at a time. Here is Grade.jave code is shown below. public class Grade { // TODO: complete this class as described in this task write-up } GradeBook Class The GradeBook class has a single instance variable roster, an ArrayList of Student. This class performs all operations related to the scores of all…
You will required to design a digital clock/chronometer and alarm in this assignment. You will use an alphanumeric LCD display to show the clock (@first line) and the chronometer (@second line). The clock should show hour (24 hour format), minute and second. Choronometer will have minute: second:milisecond areas. Both of them, clock and chonometer will work continiously. You need give the initial value of them from your embedded software. The alarm clock should also be adjusted from the software. Once it is adjusted, alarm clock value cannot be changed. If alarm is occured during the operation, you should show "ALARM!" string on the display for 10 secs. (@third line)

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