Please discuss the case involving the United States of America versus Ross Ulbrecht. Please include what took place at the United States Supreme Court.
Note: Student writes a factually accurate discussion of the case involving the United States of America versus Ross Ulbrecht.
https://igu.instructure.com/courses/2347/assignments/39272
Using the topic and research question you developed in week 1, you will design a qualitative instrument that could potentially answer your topic/research question if it were to be applied to a qualitative study. Keep in mind, this may take some stretching if you wrote your question leaning quantitatively. The purpose here is not to box you in but to ensure that you have a solid understanding of both methodologies.
Directions:
You will develop a word document to include:
Please see requirements in attached document.
This week you take on the role of the Senior IT Project Manager for the organization you chose in Week 1. In this position, your responsibilities may include proficiently working with a variety of technologies, conducting meetings with stakeholders, creating and forecasting budgets, and designing project plans.
The CIO of your chosen organization wants the organization to purchase and integrate 6 new web servers. The CIO envisions more business travelers using the Internet to purchase airline tickets and reserve rental cars and hotel rooms for business trips. Expansion of your company’s web capacity is needed.
Research information about your chosen organization to complete this week’s assignment.
Create a 3- to 5-page request for proposal (RFP) in Microsoft Word for the CIO, which will minimize procurement-related risks for this project. Include the following components in the RFP:
Include APA-formatted citations to support your assignment.
Program #4
Write a program that includes two functions. The First (named isPerfect) receives no parameters and does not return any parameters. It simply calculates and prints all the perfect numbers between 1 and 10000. A perfect number is a number whose sum of its divisors (not including the number itself) add up to the number
Determine through processing and print each perfect number and its divisors from 1 to 10000 (there are only 4). Pause the screen and clear the screen between outputs. The output for each perfect number should be like the following example.
6 is perfect. Its divisors are
1, 2, 3
The second function (named isPrime) that receives an integer as a parameter and returns a boolean that indicates whether the number is prime or not. Allow the user to enter a number between 2 and 10000 and printout whether it is prime or not. Example of prompts and output
Please enter an integer and I will tell you if it is prime: 19
19 is prime
Would you like to do another (y/n)? y
…clear screen
Please enter an integer and I will tell you if it is prime: 21
21 is not prime
Would you like to do another (y/n)? n
…end the program
Clear the screen between runs. Do not rerun the perfect code, just the prime.
Make sure you use function prototypes and no globals. Make sure your output is like the above.
Check for invalid input for the prime. If an invalid number is entered, display an error message and then go to the prompt that asks whether he wants to do another.
Name the program numbers.cpp
see in attachment
Exercise 1:
Create a function that accepts a single array as an argument. Given an array of integers, x, sort x and split the integers into three smaller arrays of equal length. If the length of x is not evenly divisible by three, increase the size of the smaller arrays by one starting from the first array. The function should return an array of arrays. Example: Input = [2,1,3,4,7,5,9,6,8,13,12,11,10,0,15,16,14] Output = [ [0, 1, 2, 3, 4, 5], [6, 7, 8, 9, 10, 11], [12, 13, 14, 15, 16] ]Exercise 2:
Write a function that find the frequency occurrence of a letter in a sentence. The function should return an integer. (Do not use the str.count() default python function) Examples: find_frequency(“t”, “this is a test”) → 3 find_frequency(“y”, “this is a test”) → 0Exercise 3:
Write a function that identifies if an integer is a power of 2. The function should return a boolean. Explain why your function will work for any integer inputs that it receives. Examples: is_power_two(6) → false is_power_two(16) → true
Business case: Financial institution ( i.e. Bank)
The bank has a data center with the following assets.
Database for customers ( 55,000 customers )
Database for employees ( 500 Employees)
Serves, data storage, and long-term archive and address the blow given questions
Question 1 : How to Perform an IT Cyber Security Risk Assessment for this Financial institution.
Question 2 : How to Perform a Security Risk Assessment for the Financial Institution IT system
Question 3 : How to do Security Testing and Assessment for the Financial Institutions IT system
Resource : https://csrc.nist.gov/publications/detail/sp/800-115/final
Excel_7G_Loan_Staff_Revenue
In this project, you will create a named range and use it to set data validation. You will use a PMT function to calculate a value and then use it in a two-variable data table. You will also enter VLOOKUP functions to return values from a table, and format cells in the workbook. You will also audit a worksheet and correct errors.
Open the file Excel_7G_Loan_Staff_Revenue.xlsx downloaded with this project.
Display the second worksheet—Warehouse Payment Table. In cell B8, enter a PMT function using cell B4 divided by 12 as the rate, cell B3 as the number of payment periods, and cell B2 as the present value of the loan. Display the result as a positive number.
Create a two-variable data table in the range B8:H16. Set cell B3 as the row input cell, and cell B4 as the column input cell. From the Cell Styles gallery, apply the Currency cell style to the range C9:H16. Select the payment option closest to but less than $10,000 per month for a 120-month loan—cell D16—and format the option with the Note cell style. Click cell A1 and Save your workbook.
Display the fourth worksheet—Job Information. Select the range A4:C11, and then sort the range by Job Code in ascending order. By using the Create from Selection command, create a range named Job_Code using the data in the range A4:A11. Click cell A1.
Display the Staffing Plan worksheet, and then select the range A9:A18. Create a Data Validation list with Source equal to the named range Job_Code
Click cell A9, click the list arrow, and then click M-MG. Click cell B9 to make it the active cell, and then insert a VLOOKUP function that will look up the Description of the Job Code in cell A9 using the information in the Job Information worksheet as the table array. After selecting the table array, be sure to press F4 to make it an absolute cell reference. The Description to be looked up is in column 2 of the table array.
With cell B9 as the active cell, copy the VLOOKUP formula down through cell B18. In cell C9, type 1 as the # of Positions and in cell D9, type Management as the Type.
In cell E9, insert the VLOOKUP function to look up the Salary of the Job Code in cell A9 by using the information in the Job Information sheet as the table array; the Salary is in column 3 of the table array. Copy the VLOOKUP formula in cell E9 down through cell E18.
Beginning in cell A10, add these staff positions:
Item # of Positions Type
C-CASH 3 Cashier
C-CSA 1 Customer Service
M-AMG 3 Management
Delete any unused rows between the last item and the Total row. Sum the Budget Amount column and apply the Total cell style. Click cell A1 and Save your workbook.
Display the Bracelet Revenue worksheet. Click cell I5, and then on the Formulas tab, click Trace Precedents. On the ribbon, in the Formula Auditing group, click Error Checking, and then click Edit in Formula Bar. Edit the formula so that the formula is using the Growth Assumption for Beaded Bracelets, not for Crystal Bracelets.
In the Error Checking dialog box, click Resume. In cell M6, notice the formula is trying to divide by cell L10, which is empty. Click Edit in Formula Bar, change 10 to 9 Ensure that the reference to L9 is an absolute reference, and then in the Error Checking dialog box, click Resume.
In cell F7, examine the error information, and then click Copy Formula from Above. Examine the error in cell J8, and then click Copy Formula from Left. Click OK. Use Format Painter to copy the format in cell M5 to cell M6. Click cell A1 and Save your workbook.
Display the Designers worksheet. In cell B2, insert a MATCH function to find the position of Sports bracelets in the range c6:c27. In cell B3, insert a combined INDEX and MATCH function to display the name of the designer for Sports bracelets. Click cell A1, and then Save your workbook.
In the sheet tab row, right-click any sheet tab, and then click Select All Sheets. Display the Page Setup dialog box. From the Margins tab, center the worksheets on the page horizontally. From the Header/Footer tab, create a Custom Footer with the file name in the Left section and the sheet name in the Right section. Right-click the sheet tab, and then click Ungroup Sheets. Display the Warehouse Payment Table worksheet, and then set this sheet’s Orientation to Landscape. Display the Bracelet Revenue sheet. For this sheet, set the Orientation to Landscape, and in the Scale to Fit group, set the Scale to 95% Set the Orientation of the Designers worksheet to Landscape.
Display Backstage view, click Show All Properties. On the list of Properties, in the Tags box, type staffing plan, bracelet revenue In the Subject box, type your course name and section number. Under Related People, be sure that your name displays as the author. On the left, click Print. Under Settings, click the Print Active Sheets arrow, and then click Print Entire Workbook. At the bottom of the window, click Next Page to scroll through the six worksheets and check for any errors. On the left, click Save.
Ensure that the worksheets are correctly named and placed in the following order in the workbook: Warehouse Purchase, Warehouse Payment Table, Staffing Plan, Job Information, Bracelet Revenue, and Designers. Save the workbook. Close the workbook and then exit Excel. Submit the workbook as directed.
