Scenario: You were given the role of project manager of a new inventory system for a local hardware store. You will lead a team of developers who are tasked with all phases of the application life cycle. You and your team met with the store owner and discussed the company’s needs and the basic features that the system should include. The application will be web-based and will allow the store’s customers to search its inventory, order parts, pay for the parts, and have the parts delivered. After the meeting with the owner, your developers begin outlining the program from their perspective. Although they have not begun coding, the developers are beginning to plan the classes and objects of the project using UML. Their outline is not complete, but a plan for accomplishing the required tasks is coming together. You want to divide the job in such a way that team members can work on different parts of the program at the same time. Answer the following questions about the scenario: Meeting with the company’s managers is part of which stage of the application life cycle? How do you know? Do you think a prototype of this system in this scenario should be used? Why, or why not?
- Instead of screenshotting the create statement from Hive, screenshot the describe table result. Same for Postgres, just screenshot the schema as in the lesson. - Keep in mind that in Hive, you do not have to do normalization but rather put data in a single table. 3.2 seems very abstract I cannot easily deduce that you actually implemented that. Show some code snippets, stats, and some results - 4.2 should parallel 4.1 and show same charts but from Hadoop system
Hi! I need to implement a project using STATA on a topic of my choice, preferably in the medical field. The project should focus on the implementation of Randomized Control Trials and follow the same structure as the example provided below. I’ll also attach some project examples from previous years for reference. Submission requirements: Data and scripts done with STATA (send me the .do file with all the codes for the replication of the tables) necessary to replicate the results presented in the paper.Write a brief paper with explanation of the results. Let me know if you have any questions. Thanks!
Instructions Introduction to Module 2 Excel Assignment Homework for module 2 Ex will provide you with an opportunity for repetitions on the application of the Central Limit Theorem. This activity will help you to develop skills to communicate the results you generate through an basic analysis in a professional manner, and better understand the theory and processes needed to analyze business data. Your tasks: In Excel, create a template to address questions related to the central limit theorem. Consider you are to draw a sample from a Normal distribution, in fact you know X~N(12, 3) If n = 36, what is the probability your sample mean is less than 11.5? If n = 16, what is the probability your sample mean is less than 11.5? Remember, you must create a neatly formatted, well labeled work product similar to the one I created. Imagine you are giving the work to a client, they want to see what you know and why you can to your conclusion. An example of this template is provided in a video in this module Complete the problem using Excel. Submit one file, with each question on a new tab. You work will be well labeled and neatly formatted. Consider the file to be a “client ready” work product, make sure it highlights your work. Below I attach how the template should look, but it must all be with EXCEL FORMULAS
The Word documents included have all the necessary instructions for the objectives of this week's tasks, please include technical documentation upon completion. If in need of any assistance, clarification or help please let me know
Make sure you don't use AI check on AI content before sending me. Should be APA format so cite them and write references. 1st discussion topis: Explain the differences among linked list, stack, and queue abstract data types 2nd discussion topic: Explain the purpose of hashing.
Find and download the sequence of Pseudechis australis basic phospholipase A2-PA5 from Uniprot. Use Blast (Entrez or Uniprot) to find a diverse set of orthologs. None should be more than N80 % sequence identity, but be sure to include examples down to 50 % sequence identity (without other data, it can be difficult to be sure whether the proteins are orthologs below this sequence identity level); make sure no two pairs of sequences exceed the 80% sequence identity cutoff. Pay attention to the N-and Ctermini of selected sequences, and exclude any where you suspect sequencing or annotation errors. Search paperblast to find at least one reasonable homolog with a concrete analysis of potential functions) preferably a robust demonstration of a function. Search against the pdb to find the closest homolog for which there is a structure. Make sure you have the genomic version of the pdb sequence, not the cloned version (which will likely contain a His tag and other artifacts; use the Uniprot link on the pdb site). Make a multiple sequence alignment, a phylogenetic tree (MABL), and a web logo. The MSA should include 10 -15 sequences, the phylogenetic tree 20-30 (include all of your MSA sequences), the Weblogo can be built with the phylogenetic set. Weblogo can get difficult to read if the sequence is too long. Submitting the alignment in chunks of 50 — 100 a.a. can help here. Make sure that all sequences are complete, that sequences are labeled by species of origin, and that the images you create are publication quality (espript). Combine all three panels into one figure, and submit as a multi-panel figure with a caption; make sure to identify the sequence(s) with structure and published papers. Your caption should give the corresponding UNIPROT or accession.version numbers of all the sequences that appear in the figure.
You will be including revised content from this assignment as Post 1 of your Information Technology Blog final project. You may wish to review the instructions included for the Information Technology Blog in Week 5 prior to completing work on this assignment to see how it fits into your overall final project. In this assignment, you will explore the logic of computational thinking with a simple drag-and-drop, block programming language called Scratch. Create a short program of your own with Scratch (scratch.mit.edu), adding motion, looks, sound, and control options, among others. Your program should include at least 30 blocks. In your written reflection paper, Describe your experience building a program using Scratch. Identify the difficulties that you encountered in Scratch. Explain how you overcame the difficulties. Describe the insights that you gained about programming from this exercise. Compare your experience programming in Scratch with the participation activities in Sections 2.8, 2.9, 2.10, and 2.11 of the textbook that explored machine language, assembly language, and high-level languages, such as Python. Describe the differences between the programming languages. Identify which language you found easiest to use. Describe scenarios where each type of programming language would be most effective. Explain which programming language you think is the most popular and why. Copy and paste the Share URL of your Scratch project into your reflection paper. The Programming Languages paper Must be at least 300 words in length (not including title and references pages), double-spaced, and formatted according to APA Style. Must include a separate title page with the following: Title of paper in bold font Space should appear between the title and the rest of the information on the title page. Student’s name Name of institution (The University of Arizona Global Campus) Course name and number Instructor’s name Due date Must utilize academic voice. Must include an introduction and conclusion paragraph. Your introduction paragraph needs to end with a clear thesis statement that indicates the purpose of your paper. Must use at least two scholarly and/or credible resources sources in addition to the course text. Must document any information used from sources in APA Style. Must include a separate references page that is formatted according to APA Style.
Make sure you don't use AI when you write the template and check it on AI content and plagiarism before sending it to me. write python code for each task and then just attempt these 2 screenshots to the word document and write about the code what you did. I need you to complete only tasks 3 and 4. Use the book below. Writing Requirements Use the APA template. 1-2 pages discussing the week’s objectives with citations and references
In this assignment, you will follow the given tutorials to develop a web service with a number of operations and different types of applications to consume (test) your own web service and other web services. The detail of the assignment is given in the following documents: I will include them, and for the peer grading one. Evaluation & Grading Late submission deduction policy: Grace period (Sunday): No penalty for late submissions that are received within 24 hours of the given due date. 10% grade deduction for every day after the first 24 hours of the grace period (from Monday through Tuesday!) Grade will be automatically deducted, and peer grader does not need to calculate the penalty. No submission will be allowed after Tuesday midnight. The submission link will be disabled at 11:59pm on Tuesday. You must make sure that you complete the submission before 11:59pm. If your file is big, it may take more than an hour to complete the submission! This assignment will be graded by peers. Each student will grade four other students’ assignments based on the following rubrics. Average will be used as the grade of the assignment. Each sub-question (programming tasks) has been assigned certain points. The programs will be graded in the following these steps: Questions 1, 2, and 3 Application and Service testing. You can test the services in Questions 1 and 2 and the Application in Question 3 together. 1. Run the services first. (1) If the services are in a different solution, open the solution and run the services project. Then, keep the service project running and the Web browser open. (2) If the services are in the same solution as the Web application (Question 3), open the solution and run the services project. Then, right-click the Service.svc file and choose View in Browser to open / run the service. 2. Run the application. If the Application is in the same Solution as the service, you can right-click the Application project and select: Set as Default Project. Then, use VS Menu to Run without Debugging. The default project will start. Now, you can use the Web application to test the service. Questions 4 and 5 Testing. The basic browser should be included in the extended browser. Thus, you just need to test Question 5. Simply start the Question 5 solution, test the required functions for Questions 2 and 4. In both cases (passing compilation and failed compilation), The peer reviewer will read the program and give points based on the points allocated to each sub-question, the readability of the code (organization of the code and comments), logic, inclusion of the required functions, and correctness of the implementations of each function. Please note that the peer reviewer will not debug the program to figure out how big or how small the error is. The program may lose 50% of the points for a small error such as missing a comma or a space, leading to compilation failure! The course TA/grader will check the peer reviewer's number of reviews and quality of the reviews. Missing reviews or unqualified reviews will lead to the peer reviewer's Assignment 1 grade to be deducted. Guidelines Use professional language, grammar, and spelling Posts and responses should be relevant to the topic and demonstrate an understanding of the course content with well-developed ideas and insightful interpretation. Posts and responses should pose meaningful questions to the community; attempts to motivate the group discussion. Posts are appropriate, thoughtful, reflective, and respectful of others' posts.
