PurposeThe project can help you develop programs that require repetitive actions, and choose the adequate repetition structures based on the type of application. You will s olve programming problems using various types of loops, by creating the algorithms and implementing them in Java.DirectionsConsider the following problems, design the algorithms that would solve them, and then implement the algorithm in Java. Problem 1:Write a program that reads a set of floating-point values. Ask the user to enter the values, then print: The average of the valuesThe smallest of the valuesThe largest of the valuesThe range, that is the difference between the smallest and the largestOf course, you may only prompt for the values once.Problem 2:Write a program that reads a word and prints each character of the word on a separate line. For example, if the user provides the input "Harry", the program prints:HarryProblem 3:The Fibonacci numbers are defined by the sequence: f1 = 1f2 = 1fn = fn-1 + fn-2.Reformulate that as Fold1 = 1;Fold2=1;Fnew=fold1+fold2;After that, discard fold2, which is no longer needed, and set fold2 to fold1, and fold1 to fnew. Repeat an appropriate number of times.Implement a program that prompts the user for an integer n and prints the nth Fibonacci number, using the above algorithm.Problem 4:Write a program that prints a multiplication table, like this:1 2 3 4 5 6 7 8 9 102 4 6 8 10 12 14 16 18 203 6 9 12 15 18 21 24 27 30…10 20 30 40 50 60 70 80 90 100Problem 5:This problem is the Problem 4 in Unit 2 for the algorithm project. Now you already have the algorithm and you can copy it here. You still need to write the source code and take a screenshot of the running program. Imagine yourself in the middle of Manhattan, where the streets are perpendicular on avenues. You are in a grid of streets, somewhat lost, and you randomly pick one of four directions and walk to the next intersection. Not knowing where you really want to go, you again randomly pick one of the four directions, and so on. After repeating the same movement for a number of times, you may want to know how far you got from the original point.Represent locations as integer pairs(x,y). Create an algorithm that implements your movement through New York City, over 100 intersections, starting at (0,0) and print the ending location, taking into consideration that each movement, from one intersection to another will be one mile.Submission: You are required to submit the following files for this assignment by clicking the link, Project 5 - Repetition Structures, above. One Java file for each problem, which means you need to submit five Java files.A Word document containing the algorithms and the screenshots of the running programs for all of the five problems. Please name your Word document as P5_Last Name_First Name.docx or .doc. For example, P5_Smith_John.docx.GradingThis assignment is worth 50 points toward your course grade. There are five problems. Each problem is worth 10 points and will be graded as the following:Algorithm - 2 points.Java Program - 6 points.Screenshot of the running program - 2 points.

This is the second of a series of five sequential assignments (the course project) in which you continue to act as the Chief Technology Officer (CTO) of a hypothetical, e-commerce start-up company of your design. You have been tasked with delivering an information technology project plan in anticipation of the company relocating to a new facility. In the first course deliverable, you created a project plan inception document and supporting Gantt chart. This deliverable spelled out the company’s background information and business and provided an overview of the company’s information system infrastructure In this second course project deliverable, you are responsible for developing the business requirements to be incorporated into the information systems design you are creating. Procuring quality business requirements is a critical step when designing strong information systems. Completing a quality requirements document captures user needs and expectations to facilitate the proper design of the company’s infrastructure and information systems. This assignment consists of two parts: Part 1: Business Requirements You will develop a 5–7 page business requirements document for your hypothetical e-commerce company as part of the overall information systems project plan you are creating. Using the Business Requirements Template [DOCX], you will speculate on the company’s current and future requirements. Your assumptions need to be carefully considered and realistic. Part 2: Updated Gantt Chart You will use Microsoft Project to update the supporting project Gantt chart begun in your previous course project deliverable. You are not creating a new Gantt chart, only updating the one you created in the previous assignment. You are to create or assume all necessary possibilities to successfully complete this assignment. You must submit both parts as separate files to the assignment area. Label each file name according to the appropriate part. Instructions Section 1: Business Requirements Document Using the Business Requirements Template [DOCX], you are to write a 5–7 page business requirements document for your hypothetical e-commerce company in which you: 1. Describe the functional business requirements (scope) and scope control. 2. Describe non-functional business requirements, such as governance, risk, and compliance. 3. Describe technical requirements to integrate various e-commerce infrastructure components. 4. Identify potential risks, constraints, and assumptions.

PART 1: SEARCH RFP SOLICITATIONS - IT RELATED, AND WRITE AN ANALYSIS ON THE SELECTED RFP SECTIONS.(NOTE: You are not responding to the RFP solicitation in Part 1; you are just analyzing the most important sections to prepare you for PART 2 of the course project)Selected sections for the written analysis - and suggested lengthRFP Summary ( Write a 1 page) This is usually taken from the instructions to bidders from the requestor or the instructions to bidders or in the scope and description of work.Analyze the procurement statement of work (P-SOW) found in the RFP and why it is needed. (Write 2-3 pages )Analyze the selection criteria and methodology use for selecting a winner proposal. (Write 1-2 pages )Analyze the type of contract being used in the RFP. Is it a "fixed price" or a "cost plus" contract and white? (Write 1 pages )The format of your entire analysis must use standard margins with 12-point font.Your written analysis should be at a minimum of 4 to 6 pages, plus cover and reference page.Resources: The PMBOK® Guide is a good starting point. Please be advised that considerable relevant material is also available on the Internet, so you might want to conduct a search for materials that may yield insights into the RFP development process. Use the RFP template from your PP1 assignment, which can be downloaded by clicking here.Procedures and deadline: The Part 1 RFP analysis should be prepared in a Microsoft Word format suitable for electronic transmission. Any resources used beyond the textbooks need to be cited in your document, including links to relevant websites. Be sure to include footnotes and a bibliography.Submission details: All Part 1 documents must be submitted no later than the end of Week 3. Submit a copy of: the three RFP Solicitations you have research and selected, and 2) the analysis you developed.PART 1 - FInd Examples of RFPs Due WK 3Search for at least 3 RFP examples on the IT arena that could help you in creating your own RFP in STEP 2.The websites suggested to conduct your research are:https://www.Fbo.gov (Links to an external site.)https://www.bidsync.com/bidsync-app-web/vendor/shared/BidOpportunities.xhtml (Links to an external site.)You may be required to register. Instructions are located at the site within the documentation.Once at the website, you will enter your search criteria for the state and type field for a solicitation.Search for opportunities within a recent 90-day period and select any opportunity of interest to you.Include the solicitation number, requestor's name, RFP type, and product or service being requested, and contract award date.Analyze the selected formal written proposal for structure, content, and unique requirements specific to the product or service being requested. Review the delivery methods, legal requirements, and other relevant points for consideration to be included as appropriate to the RFP solicitation you will be creating.