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Janie graduates from high school in 2022 and enrolls in college in the fall. Her parents (who file a joint return) pay $5,100 for her tuition and fees. If required, round your computations to the nearest whole value. a. Assuming Janie's parents have AGI of $172,600, what is the American Opportunity tax credit they can claim for Janie? b. Assuming Janie's parents have AGI of $69,040, what is the American Opportunity tax credit they can claim for Janie?.

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Instructions Create an Android app according to the requirements below. Zip up your project and submit via D2L before the deadline. Description & Requirements For the past few lectures, we have looked at various UI elements, layouts, and how to use fragments with activities. In this homework, you will demonstrate your proficiency in the above topics by creating a simple Android app that has all of the following requirements. You are free to choose any content to display in the actual app itself. One option is to take your existing app, and break down the UI into standalone fragments to meet all the requirements below. - App must support both portrait and landscape views. - The landscape view must have a different UI than the portrait view. - Use at least 4 different types of UI elements (button, textview, imageview, listview, etc.) - Your portrait view should contain at least 2 fragments. - Your landscape view should contain at least 3 fragments. - Your app should have at least 2 activities where 1 activity is the host to all the fragments, and at least 1 other activity that you can use intents to navigate between 2 activities when there is a user event. - Feel free to use any available resource..

Instructions Create an Android app according to the requirements below.pdf

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JAVA OOP project; desperately need help asap im begging. Been stuck on this for a week since my OOP skills are not good at all. Due in a couple hours so im desperate. Codes needed will be provided at the end, thank you. Codes: DotChaser.java: import java.util.*; public class DotChaser { public static Random rand = new Random(System.currentTimeMillis()); /** * A "Thing" moves in a grid world. A TypeA Thing randomly * decides to turn left or right (or not turn) every "round", * and, afterward, takes a step forward. A TypeB Thing * only considers making a random turn every 10th round. * * A STATIC CLASS? OH NO! GET IT OUT OF HERE! */ public static class Thing { // dir: 0=North, 1=East, 2=South, 3=West. // timeSinceLast: this is only important for "TypeB" Things. public int row, col, dir, timeSinceLast; public char lab = 'r'; public boolean isTypeB; } /** * YOU'LL NEED TO PUT THIS SOMEWHERE ELSE * HINT: WOULDN'T IT BE NICE TO HAVE A LIST OR QUEUE SO THAT * WE DON'T HAVE TO USE NODES HERE? * This class is for linked lists of Thing's */ public static class Node { public Thing data; public Node next; } // EEEEEK! STATIC METHODS!!! PLEASE FIND THEM A BETTER HOME. public static void rightTurn(Thing t) { t.dir = (t.dir + 1) % 4; } public static void leftTurn(Thing t) { t.dir = (t.dir + 3) % 4; } public static void maybeTurn(Thing t) { int i = rand.nextInt(3); if (t.isTypeB) { t.timeSinceLast++; if (t.timeSinceLast == 10) { t.timeSinceLast = 0; if (i == 1) { rightTurn(t); } if (i == 2) { leftTurn(t); } } } else { if (i == 1) { rightTurn(t); } if (i == 2) { leftTurn(t); } } } public static void step(Thing t) { final int[] dc = { 0, 1, 0, -1 }, dr = { 1, 0, -1, 0 }; t.row += dr[t.dir]; t.col += dc[t.dir]; } /** * This static method is ok :) */ public static void main(String[] args) { int N = 200; if( args.length != 0 ) N = Integer.parseInt(args[0]); // INSTEAD OF A NODE, CREATE SOMETHING MORE USER-FRIENDLY. Node L = null; int count = 0; while( true ) { // Every N rounds, add another typeA and typeB Thing. if( count % N == 0 ) { // Add a typeA thing to the list. // (GEE, THAT'S A LOT OF CODE FOR JUST CREATING ONE THING) Thing tA = new Thing(); tA.row = 45; tA.col = 50; Node nA = new Node(); nA.data = tA; nA.next = L; L = nA; // Add a typeB thing to the list Thing tB = new Thing(); tB.row = 55; tB.col = 50; tB.lab = 'b'; tB.isTypeB = true; Node nB = new Node(); nB.data = tB; nB.next = L; L = nB; } // Print out each thing. // (SEEMS LIKE A NICE PRINTALL() METHOD CALL WOULD WORK HERE) // (SEEMS LIKE A toString() METHOD IN THE CLASS WOULD ALSO BE NICE) for( Node T = L; T != null; T = T.next ) System.out.println(T.data.row + " " + T.data.col + " " + T.data.lab); System.out.println("done"); System.out.flush(); // Move each thing. // (SEEMS LIKE A NICE MOVEALL() METHOD CALL WOULD WORK HERE) for( Node T = L; T != null; T = T.next ) { maybeTurn(T.data); step(T.data); } count++; } } } Lab2_Tester.java import org.junit.Test; import static org.junit.Assert.assertEqual.

JAVA OOP project; desperately need help asap im begging.Been stuck.pdf

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In this case study, we will explore the exercise of power in leadership through the example of John Smith, a CEO of a multinational corporation. Johns personal abilities are capable of having profound and extraordinary effects on followers and he is able to influence and make decisions that impact the organization and its employees. John's leadership style has been characterized by a combination of personal charm, persuasive communication, and a clear vision for the company's future. He has successfully led the company through several challenging situations, making tough decisions and inspiring employees to follow his lead. However, there have been concerns raised about the extent of John's power and its potential impact on the organization. Some employeesemployees feel that his power is too centralized, and there is a lack of checks and balances within the organization. However, there are time when John uses his technical knowledge in areas such as engineering, physics, and computer science to make informed decisions and guide the technical aspects of his companies. He has a strong personal charisma and a cult-like following among many of his employees and the public. His vision and personality make people want to follow his lead. It can be noted that he has a reputation for being demanding and setting high expectations for his teams. His ability to remove underperforming employees or discontinue various projects within the organization. John has used stock options and performance-based incentives to motivate employees. Additionally, there have been allegations of favoritism and a lack of transparency in decision-making processes. Discussion Questions: 1. What leadership style does John Smith exhibit in the case, using evidence to clarify your response. How does he exercise power within the organization? (10 marks) 2. What are two (2) potential benefits and drawbacks of John's leadership style? (10 marks) 3. How do you think John's charisma and persuasive communication skills influence his power and effectiveness as a leader? (5.

In this case study, we will explore the exercise of power in leaders.pdf

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James Santelli was staying at a motel owned by Abu Rahmatullah for several months as he worked at a nearby construction project. Joseph Pryor had been previously employed at the motel as a general maintenance man. There was no criminal background check done on Pryor. Pryor had a prior conviction and was wanted at the time he was hired for probation violations. When he left his job at the motel, Pryor kept his master keycard. Pryor used the keycard to enter Santellis room and later confessed to robbing and killing him, with a resulting sentence of 85 years. Mr. Santellis widow brought suit against Rahmatullah for his negligence in hiring Pryor. Can Rahmatullah be held liable for Mr. Santellis death? [Santelli v. Rahmatullah, 966 N.E.2d 661 (Ind. App.)].

James Santelli was staying at a motel owned by Abu Rahmatullah for s.pdf

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I've already completed the Java assignment below, but it doesn't work. I will include my code and the tests. Please correct my code and tests to that they match what has been asked and reached 95% test coverage as asked for in the assignment. Assignment: Disease File Repository This assignment is a continuation of the last assignment. Please use the Eclipse project that you created in the first assignment for this work. Source Code Class: Exposure Copy the Exposure class from the previous assignment into the new. Make the necessary changes so that this class can be serialized. Class: Patient Copy Patient class from the previous assignment into the new. Make the necessary changes so that this class can be serialized and that it uses the Exposure class class. Class: Disease Copy the Disease, the InfectiousDisease, the NonInfectiousDisease classes from the previous assignment into the new. Make the necessary changes so that they can be serialized. Class: DiseaseAndPatient Create a class called DiseaseAndPatient and define the follwing properties: private Disease[] diseases; private Patients[] patients; Create getter and setter methods for the two arrays and document the new methods using the Javadoc standard. Class: DiseaseFileRepository Create a class called DiseaseFileRepository and define the following methods: DiseaseAndPatient init(String folderPath) This method accepts a file path to the folder where the data was serialiaed and set the folder path to a propert on this class. Deserialize the disease data from the file named diseases.dat. Deserialize the patient data from the file named patients.fat. Set both the deserialized disease and patient arrays to an instance of the DiseaseAndPatient class and return that instance. Throw an IllegalArgumentException with an appropriate message if the supplied folder path is null. void save(Disease[] diseases, Patient[] patients) This method serializes and saves the supplied disease and patient array data to two separate files on the file system using the folder path from the init method. Serialize the disease array data to a file named disease.dat and the patient array data to the file name patients.dat. Documentation You are required to document the class, constructor, and methods using Javadoc standard. Class: DiseaseFileRepositoryTest Create a class called DiseaseFileRepositoryTest to test your DiseaseFileRespository class. You must achieve at least 95% test coverage on the DiseaseFileRepository class. Class: DiseaseControlManager and DiseaseControlManagerImpl Copy the DiseaseControlManager interface and the DiseaseControlMangerImpl class from the previous assignment and into the new. The DiseaseControlManager implementation will use the DiseaseFileRepository class that you created in this assignment to initialize and save the disease and patient data. Constructor Add a DiseaseFileRepository property to the DiseaseControlManager implementation and initialize the property in the constructor of the D.

Ive already completed the Java assignment below, but it doesnt wor.pdf

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In this assignment you will implement insert() method for a singly l.pdf

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Introduction Pervasive computing demands the all-encompassing exploitation of services inside the network. By services, we mean both the components of distributed applications and the glue that interconnects them as they function across the network. Services range from providing basic network reachability to creating overlay networks with enhanced qualities like predictable latencies and sustained bandwidths. Services also include instances of application building blocks, requiring processing and storage, judiciously placed in the network to control connection latencies and to achieve scale through load sharing. Such services may be simple format translators, interworking functions, or major subsystems for content distribution or Internet search, which are often regarded as applications. Composition via interconnection of services allows more sophisticated services and applications to be constructed hierarchically from more primitive ones. Since economics makes it unlikely that any single service provider will be able to provide all the connectivity, applications building blocks, processing, and storage resources to effectively deploy a globe-spanning application, the composition of services across independent providers is essential. This paper proposes a comprehensive reference model for composed services in support of pervasive computing.JAL Travel created a new service from pieces, some of which were provided by other third parties, such as Babelfish, and all of which need to run on machines interconnected across the network, spanning Internet Data Centre providers and Internet Service Providers. Herein lies the second challenge: the ability for third parties to discover components and to broker new services from constituent pieces, some of which may not even be aware of the composition in which they are participating. As the qualities of a composed service are no better than its weakest component, an essential need is for brokers to be able to verify the performance and behaviour of the assembled components, whether these underlying participants are aware of their role in compositions. If a component does not meet its performance or behavioural specification, it must be composed out, and a new instance from a different provider composed in. A third challenge for service providers is the need for an extensive set of new service composition management tools. From a provisioning viewpoint, sufficient instances of the components need to be placed at locations within the network to ensure scalable performance and high availability even in the face of site failures or network outages. Such placement also needs to ensure appropriate network and processing latencies to achieve adequate responsiveness for the supported applications. Such tools include: (A) A policy management mechanism: This would ensure that service providers are able to inform service composers about how their instances in their network should be used for providing fault toleran.

Introduction Pervasive computing demands the all-encompassing exploita.pdf

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Introduction (1 Mark)Body (7 Marks)1-Definition of Technolog.pdf

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Integral IEstimator for Iwhere f(x) = 20 - x^2 and p(x) ~ U[a,.pdf

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Indicate and provide a brief explanation for whether the following inputs are 1) complements, 2) substitutes and gross substitutes, 3) substitutes and gross complements, 4) unrelated or 5) there is not enough info to determine. 1. movie studios need both writers and actors to create and produce movies. The writer's strike resulted in increased wages for writers, which may decrease demand for actors. 2. NASA used to employ people to do complex mathematical computations (called human computers). Technological advances produced machines that can complete these computations, which must be programmed and operated by computer programmers. This technological change caused demand for human computers to decrease and caused demand for computer programmers to increase. Determine the relationship between both machine computers and human computers and between machine computers and computer programmers..

Indicate and provide a brief explanation for whether the following i.pdf

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Lindsay was leaving a local department store when an armed security guard grabbed her arm and asked her to accompany him to an office in the back of the store. Once there, she was accused of shoplifting and security personnel searched her, her purse, and the contents of a bag she was carrying. They found nothing incriminating. The store personnel kept her there for over two hours, badgering her to sign a release admitting her guilt in exchange for an agreement by the store not to prosecute her. Discuss what intentional torts the store may have committed against Lindsay and explain. When responding, support your position of agree/disagree and discuss what type of restitution Lindsay may be entitled to and why..

Lindsay was leaving a local department store when an armed security .pdf

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Learning Team Ethical Challenges Worksheet Your team of international developers will be developing a publicly-accessible cloud-based application which may potentially house user PII data, information about users behavior and activities (e.g., physical locations, online sites they visit, searches, purchases, etc.), and users intellectual property (e.g., photos, artwork, videos, etc.). Continue your work on the features of the app by specifying the type of data the feature uses, a risk mitigation strategy for the risk you provided in Week 2, and a global ethical perspective of the choices you made in implementing a risk mitigation strategy..

Learning Team � Ethical Challenges Worksheet Your team of internat.pdf

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Lecture Activity 7.1: Evaluating Evidence on Wikipedia Scenario: You are having a discussion with a fellow student about Voter ID laws that are being adapted by a number of states. The person refers to a Twitter poll asking people if they would be in support of people being asked to show an ID when voting. You decide to do your own research on the topic and follow-up on the information using a Wikipedia entry on Voter Identification Laws in the United States. Objective: Use the Wikipedia entry to check whether this Twitter poll has similar results to other public opinion polls on voter ID laws. Afterwards, answer the questions below. Be sure to watch the video before completing the exercise. 1. Pelical Pulle 2nme Would you support people being asked to show a ID when voting? Please vote & retweet this poll #VoteriD LocalElections2018 Thank you 744 2246 TORM DE 80000100 What section of the Wikipedia article did you use to check whether this Twitter poll has similar results to other opinion polls on voter ID laws? The section that I found similar to the Twitter Poll is "Public Opinion" 2. What does the Wikipedia article claim about public opinion polls on voter ID laws? Public opinion polis have shown broad support for voter ID laws among voters in the United States. 3. What reference(s) did you follow up on? Why? In the 146 reference is write that the information is from U.S News & World Report. Retrieved May 16,2012. 4. Is the cited source a reliable source of information on the topic of voter fraud? Explain and describe how you decided. That cases of in-person voter fraud are indeed rare, with only a small number of documented cases over the year. And the cited source is might some s real and some is not because at the 67/reference two of them are from CNBC, the New York times. 5. Do the source's claim(s) match the claim(s) made in the Wikipedia article? Explain. 6. Based on your research, does this tweet's poll reflect public opinion on voter ID laws? Explain. Scenarla: You are having a discussien with a fellow student about Voter ib laws that are being adapted by a number of states. The persan refers to a Twitter poll asking people if they would be in support of people being asked to show an ID when voting You decide to do your own research on the topic and follow-up on the information usine a Wikiped la entry on Voter IdentKleation Lawi in the United Stater: Objective: Use the Wikipedia entry to check whether this Twitter poil bas similar resula to ether public opinion polls on voter 1D laws. Afterwards, answer the questions below. Be sure to watch the vides before completing the exercise.

Lecture Activity 7.1 Evaluating Evidence on Wikipedia Scenario You.pdf

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Janice was given a piggy bank on her seventh birthday, and she put it to use immediately. Each time she puts one or more coins into the piggy bank, she keeps track of the number of coins she has collected to date and the accumulated value of her collection. Janice collects only nickels, dimes, and quarters. Six months after her seventh birthday, Janice looked at her record and ascertained that she had collected 420 coins, which were worth $48. Janice counted 100 quarters in her savings. How many nickels and dimes are in her collection?.

Janice was given a piggy bank on her seventh birthday, and she put it .pdf

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LabProgram.java import java.util.NoSuchElementException; public class LinkedList { private class Node { private T data; private Node next; private Node prev; public Node(T data) { this.data = data; this.next = null; this.prev = null; } } private int length; private Node first; private Node last; private Node iterator; /**** CONSTRUCTORS ****/ /** * Instantiates a new LinkedList with default values * @postcondition */ public LinkedList() { first = null; last = null; iterator = null; length = 0; } /** * Converts the given array into a LinkedList * @param array the array of values to insert into this LinkedList * @postcondition */ public LinkedList(T[] array) { } /** * Instantiates a new LinkedList by copying another List * @param original the LinkedList to copy * @postcondition a new List object, which is an identical, * but separate, copy of the LinkedList original */ public LinkedList(LinkedList original) { } /**** ACCESSORS ****/ /** * Returns the value stored in the first node * @precondition <> * @return the value stored at node first * @throws NoSuchElementException <> */ public T getFirst() throws NoSuchElementException { if (isEmpty()){ throw new NoSuchElementException("The list is empty"); } return first.data; } /** * Returns the value stored in the last node * @precondition <> * @return the value stored in the node last * @throws NoSuchElementException <> */ public T getLast() throws NoSuchElementException { if (isEmpty()){ throw new NoSuchElementException("The list is empty"); } return last.data; } /** * Returns the data stored in the iterator node * @precondition * @return the data stored in the iterator node * @throw NullPointerException */ public T getIterator() throws NullPointerException { return iterator.data; } /** * Returns the current length of the LinkedList * @return the length of the LinkedList from 0 to n */ public int getLength() { return length; } /** * Returns whether the LinkedList is currently empty * @return whether the LinkedList is empty */ public boolean isEmpty() { return length == 0; } /** * Returns whether the iterator is offEnd, i.e. null * @return whether the iterator is null */ public boolean offEnd() { return iterator == null; } /**** MUTATORS ****/ /** * Creates a new first element * @param data the data to insert at the front of the LinkedList * @postcondition <> */ public void addFirst(T data) { Node newNode = new Node(data); if(isEmpty()){ first = newNode; last = newNode; } else{ newNode.next = first; first.prev = newNode; first = newNode; } length++; } /** * Creates a new last element * @param data the data to insert at the end of the LinkedList * @postcondition <> */ public void addLast(T data) { Node newNode = new Node(data); if(isEmpty()){ first = newNode; last = newNode; } else{ last.next = newNode; newNode.prev = last; last = newNode; } length++; } /** * Inserts a new element after the iterator * @param data the data to insert * @precondition * @throws NullPointerException */ public void addIter.

LabProgram.javaimport java.util.NoSuchElementException;public .pdf

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Ken and Charlotte Maschmeier were the majority shareholders of Southside Press; each owned 1,300 shares. Marty and Larry Maschmeier, who each owned 1,200 shares of the corporation, had a falling out with Ken and Charlotte and were terminated as employees of the business. Ken and Charlotte started a new corporation, which employed most of the employees of the old corporation and which took most of its former customers. Gross receipts of Southside Press went from $613,258 down to $18,172 two years later. The $18,172 figure was from the lease of equipment. Ken and Charlotte continued to draw from Southside annual salaries of $20,000, which were in excess of the gross receipts of the business. Marty and Larry brought suit against Ken and Charlotte, alleging oppressive conduct. Ken and Charlotte stated that they had paid Marty and Larry excellent salaries when they were employed by the corporation. Ken and Charlotte contended that they had a right to start a new corporation as they saw fit. Decide. [Maschmeier v. Southside Press, Inc., 435 N.W.2d 377 (Iowa App.)].

Ken and Charlotte Maschmeier were the majority shareholders of South.pdf

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iPad % 6:13 PM Aownload1588.mediafire.com Orbital Communications, Inc., manufactures communications satellites used in TV signal transmission. The firm currently purchases one component for its satellites from a European firm. An Orbital Communications engineering team has found a way to use the company's own component, part number A200, instead of the European component. However, the Orbital Communications component must be modified at a cost of $500 per part. The European component costs $8,900 per part. Orbital Communications' part number A200 costs $5,100 before it is modified. Orbital Communications currently uses 10 of the European components per year. Required: Calculate the annual differential cost between Orbital Communications' two production alter.

iPad 613 PM Aownload1588.mediafire.com Orbital Communications, Inc..pdf

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