Hide Assignment Information Instructions The individual CTF challenge is made u

Hide Assignment Information
Instructions
The individual CTF challenge is made u

Hide Assignment Information
Instructions
The individual CTF challenge is made up of 100 challenges separated into 10 categories of 10 challenges. You may choose which challenges you want to attempt and may attempt multiple challenges from the same category. Once you have attempted any of the 10 questions out of the 100, proceed to the CTF Challenge Write-Up. For this Project:

What are the basic components required to create a recursive method? How can you

What are the basic components required to create a recursive method? How can you

What are the basic components required to create a recursive method? How can you avoid creating an infinitely recursive method? In your post, also provide an example of how recursion can be used in a specific example. Please be sure to provide appropriate source code to illustrate the scenario. In response to your peers, provide an additional example to those posted. Include additional code segments if applicable.

Create a user interface that has a top bar that includes a menu. The menu should

Create a user interface that has a top bar that includes a menu. The menu should

Create a user interface that has a top bar that includes a menu. The menu should have four items.
When the user selects the first menu option, then the date and time should be printed in a text box.
When the user selects the second menu option, then the text box contents should be written to a text file named “log.txt.”
When the user selects the third menu item then the frame background color changes to random color hue of the color green. The menu option should display the initial random hue each time selected for a single execution of the program. See https://www.w3schools.com/colors/colors_picker.aspLinks to an external site.
When the user selects the fourth menu option then the program exits.
Students must use appropriate version control for all programmatic assignments created. GIT repositories should be established and screen captures of repositories submitted with each assignment.
Screenshots and GIT repositories should be taken from Eclipse IDE.

Create an abstract class “Shape” with the following specifications: An abstract

Create an abstract class “Shape” with the following specifications:
An abstract

Create an abstract class “Shape” with the following specifications:
An abstract method “surface_area ()” of return type double
An abstract method “volume()” of return type double
Put your code in a Java source file named “Shape.java.”
I.
Create a class “Sphere” that extends the Shape class with the following specifications:
Attributes:
Radius
Constructor:
Implement a parameterized constructor needed to initialize the data.
toString:
Implement a “toString” method that prints out the surface area and volume.
Implement methods to compute the surface area and volume.
II.
Create a class “Cylinder” that extends the Shape class with the following specifications:
Attributes:
Radius, height – both of type double
Constructor:
Implement a parameterized constructor to initialize the data.
toString:
Implement a “toString” method that prints out the surface area and volume.
Implement methods to compute the surface area and volume.
III.
Create a class “Cone” that extends the Shape class with the following specifications:
Attributes:
Radius, height – both of type double
Constructor:
Implement a parameterized constructor to initialize the data.
toString:
Implement a “toString” method that prints out the surface area and volume.
Implement methods to compute the surface area and volume.
IV.
Create a driver class named “ShapeArray” with the following specifications:
Instantiate one sphere.
Instantiate one cylinder.
Instantiate one cone.
Store the class instances into an array named “shapeArray.”
Loop through the array and print out the instance data of each object using the object instance’s “toString” method.
Show a Unified Modeling Language (UML) diagram of your project.
Condense your source files and UML diagram as a zipped folder and submit the zipped file as your critical thinking assignment (CTA).
Students must use appropriate version control for all programmatic assignments created. GIT repositories should be established and screen captures of repositories submitted with each assignment.

Select a common or general-use Strategic Planning process methodology, create an

Select a common or general-use Strategic Planning process methodology, create an

Select a common or general-use Strategic Planning process methodology, create an outline of the basic steps (or phases) of the process as your team creates an Information Security Strategy (2-3 paragraphs) for the company you selected for the Project Option. Each step/phase of the process should include 1-2 sentences to describe what takes place during that step/phase, and you need to identify the key stakeholders for each step/phase and briefly describe their role in the process (not their general job duties). Rather than an outline, you may use a process flow chart, as long as all of the descriiptions and stakeholders are included.

Continuation/Revision of the Order 404524284. I will attach a zip with everythin

Continuation/Revision of the Order 404524284. I will attach a zip with everythin

Continuation/Revision of the Order 404524284. I will attach a zip with everything needed for the completion, and I will upload the code from the first order as well. Please also make a small powerpoint to present the project as described but not completed in the first order, it does not need to be detailed at all