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david davis

david d.

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PART 3 IMPLEMENTATION - DUE SESSION 15 Sessions 12 to 15: Apply Analysis and Design to Coding the Application * Apply your problem solving skills * Define the classes beginning with the base class. Encapsulate the base, derived and collection classes in a single class that will act as the main interface for the library. * Create the client application to test your class as you progress. * Add appropriate data input validation and error-handling * When coding your application, you may need to revise the logic (iterative development). Make sure you update your design documentation. * Validate the solution using test cases. * Add any missing input validation or error-handling. * Update the documentation. * Submit the project. SUBMISSION INSTRUCTIONS Work must be submitted in the correct file type and be properly labelled as per the College naming convention: NAME_COURSE_ASSIGNMENT. E.g. XuXiaLing_FM50D_A01. Format of your documents: PDF or jpeg/png (in case of images) SUBMIT: All of them in single zipped folder as NAME_COURSE_ASSIGNMENT_final_project * all relevant and update documentation related to designs in one folder named as NAME_COURSE_ASSIGNMENT_design * all relevant and update documentation related to logic in one folder named as NAME_COURSE_ASSIGNMENT_logic * all code should be placed in one folder named as NAME_COURSE_ASSIGNMENT_code * A project report containing: a title page with your name, the submission date and your instructor's name, a table of contents, the project specifications, explanations of any additions that you made (where applicable), list of features that is completely working, partially working or not done should be submitted in pdf format named as NAME_COURSE_ASSIGNMENT_project_documentation

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3.1) What traffic now flows through the firewall? Add some active attacks and watch if they flow through the firewall. 3.2) Would you claim your rule is now sufficient to allow traffic to flow for a typical network? Why or why not? 3.3) Do any of the active attacks now work against machines behind the firewall?

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The electric field of a plane electromagnetic wave in vacuum is\\ $\vec{E}$ = 0.3 cos(ky - \omega t) $\hat{z}$ [V/m]. Its frequency is f = 1 [GHz].\\ 11. What direction is the wave traveling?\\ a. x\\ b. y\\ c. z

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why is wind dispersal of seeds such an important evolutionary phenomenon for plants

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Which of the following are the broad functions of a CIO (Check All That Apply)

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IS (0/1) 0/1

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Suppose an equation of the tangent line to the curve y = f(x) at the point where a = 8 is y = 3x - 2. Find f(8). f(8) = Find f'(8). f'(8) =

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At noon, car A is 50 km west of car B. Car A is driving north at 40 km/h and Car B is driving south at 40 km/h. How fast is the distance between the cars changing at 3 PM?

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Consider the initial value problem $\frac{d^2y}{dx^2} - x\frac{dy}{dx} = y^2$ y(0) = 2 $\frac{dy}{dx}$(0) = 1 Obtain the solution ($y$ and $\frac{dy}{dx}$) at x = 0.5 using the improved Euler's method (Heun's method) with a stepsize of 0.5.

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Consider conducting spherical shell with inner radius a and outer radius c. Let the space between two surfaces be filled with two different dielectric materials. So that the permittivity between a and b is $\epsilon_1$, between b and c is $\epsilon_2$; a) Calculate the D field within the shell. b) Determine the E field within region 1 and 2. c) Calculate the potential difference between inner and outer d) Calculate the capacitance of the system. surfaces

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