please help! Carmen Company has the following projected costs for .pdf

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please help! Carmen Company has the following projected costs for manufacturing and selling and administrative expenses: (Click the icon to view the projected costs.) Prepare a schedule of cash payments for Carmen for January, February, and March. Determine the balances in Prepaid Property Taxes, Accounts Payable, and Utilities Payable as of March 31. (Assume the company started operations in January. If an input field is not used in the table leave the input field empty; do not enter a zero.) Data table All costs are paid in month incurred except: direct materials, which are paid in the month following the purchase; utilities, which are paid in the month after incurred; and property taxes, which are prepaid for the year on January 2. The Accounts Payable and Utilities Payable accounts have a zero balance on January 1..

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Please show me your output. Andrew Kelly has been employed by the Wearever Tire and Rubber Company for more than twenty-five years. Kelly is, despite his long service, only 43 years of age. He began employment in the mail room right after high school, received several promotions, and was, at the age of 21 transferred to the credit department. Kelly has been there ever since and is now the senior employee in the department of sixty people. Kelly is the quintessential "valuable employee." His loyalty to the company has never wavered or been questioned. His attendance and punctuality records are virtually without blemish. He is a consistent worker, though, "no genius," and has efficient work habits that only years of service bring to a man of his sort. Kelly is friendly but not gregarious. He makes no waves, and when he sees a problem, he takes care of it without comment. Kelly was often portrayed by his supervisors and colleagues as a "good soldier." Robert Bennington, who had been credit manager for twenty-six years, has announced his retirement. Management is now faced with the problem of selecting his replacement. This is no easy task since Bennington and Kelly have been good friends for many years. The retiring manager has, as would be expected, recommended that his friend Kelly replace him. Top management, however, long ago pegged Kelly as "not good management material." While the people who originally rated Kelly have long since retired, the present management simply believes Kelly is not aggressive enough to be the effective leader of fifty-nine other workers. Moreover, a younger man with five years of experience in credit has caught management's eye. Mike Fitzmaurice is 30 years old and "looks like management material." Too, he outclasses Kelly in education with an accounting degree from a prominent school of business, along with some additional work toward an MBA. From the start, Fitzmaurice has been a Wearever "junior executive" in the company's training program. He appears to make up for his limited experience with drive and originality. People at Wearever seem to think he can "go far." Top management would like to promote Fitzmaurice to the position of credit manager but fears that the senior employee, Kelly, might be so offended that his effectiveness as a hard-working employee would be diminished. There is also an element of management's appearing ungrateful for Kelly's years of service. Other employees might come to believe that service counts for nothing. Wearever, like many other large firms, has rewarded worker longevity with a package of benefits, incentives and often promotion. The retirement of the credit manager has forced the issue. Wearever must now decide on old reliable Kelly, or the bright newcomer Fitzmaurice. Source: James A. F. Stoner. 2000. Management. Prentice Hall, Inc..

Please show me your output. Andrew Kelly has been employed by the We.pdf

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Please show me how to do every part of this. Also could you show me the circuit in Logsim. I am having trouble with this. Thank you! In this assignment you will translate a system description into a FSM state diagram and then transform it into a FSM controller circuit in Logisim by utilizing a truth table and Boolean equations. System Description & State Diagram First task: Transform the following system description into a FSM state diagram (you can use any tool to create this diagram, which allows you to draw circles and connect arrows between them; hand-drawn diagrams will not be accepted). Make sure you are using the correct notation for the state diagram. Use the given labels for everything, dont pick your own labels. Everything is defined and you dont have to choose your own labels at any point during this assignment. Use minterms for every transition event in the state diagram (each event must be a specific configuration of all inputs) to avoid incomplete and non-exclusive transitions. If the state does not change for certain events, make sure to model this behavior with an appropriate transition. This system represents a simplified version of an espresso machine, which is able to pull an espresso (pump hot water through a portafilter), dispense hot water (pump water through the wand) and dispense steam for steaming milk (increase heat to generate steam and release it through the wand). The machine has just two buttons to use these functions: An espresso pull button and a wand button. The circuit you are developing will control the pump, the boiler temperature (lower temperature for espresso and hot water, higher temperature for steam) and a valve that routes the boiler output between the portafilter and the wand. Below is the detailed system description, which will be used to create the state diagram of this system. The system has two 1-bit inputs: 1. Espresso Pull (label: E) 2. Wand (label: W ) The system has three 1-bit outputs: 1. Pump (label: P), which will either activate (1) or deactivate (0) the water pump, which pumps water into the boiler 2. Boiler (label: B), which will set the boiler temperature to a low level (0) (for brewing an espresso or dispensing hot water) or a high level (1) (for generating steam) 3. Valve (label: V ), which will either open (1) or close (0) the valve to the wand The system has four states: Idle in which the pump is deactivated, the heat is on low setting and the wand valve closed; Espresso, here the pump is activated, heat is on low and the valve closed; Water, pump is activated, heat on low and valve to the wand is open; Steam, pump is deactivated, heat is on high to generate steam and the wand valve is open. The encoding of the states is as follows: Idle: 00 Espresso: 01 Water: 10 Steam: 11 If the system is in the Idle state, it will transition into Espresso, if only the Espresso Pull button is pressed. It will transition into Steam, if only the Wand button is pressed. For every other button combi.

Please show me how to do every part of this. Also could you show me .pdf

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Please help with the below 3 questions, the python script is at the bottom, I cannot get it to work correctly please indicate where the error is. Thanks Question-01: Approximately how much longer does it take to do a round-trip ping from/to a remote machine than from/to localhost? (Note, answers may vary if you are doing the experiment from your home or from the CS building itself and whether the destination is in North America or some other continent). Question-02: Currently, the program calculates the round-trip time for each packet and prints it out individually. Modify this to correspond to the way the standard ping program works. You will need to report the minimum, maximum, and average RTTs at the end of all pings from the client. In addition, calculate the packet loss rate (in percentage). Question-03: Your program can only detect timeouts in receiving ICMP echo responses. Modify the Pinger program to parse the ICMP response error codes and display the corresponding error results to the user. Examples of ICMP response error codes are 0: Destination Network Unreachable, 1: Destination Host Unreachable. In this lab, you will gain a better understanding of Internet Control Message Protocol (ICMP). You will learn to implement a Ping application using ICMP request and reply messages. Ping is a computer network application used to test whether a particular host is reachable across an IP network. It is also used to self-test the network interface card of the computer or as a latency test. It works by sending ICMP echo reply packets to the target host and listening for ICMP echo reply replies. The "echo reply" is sometimes called a pong. Ping measures the round-trip time, records packet loss, and prints a statistical summary of the echo reply packets received (the minimum, maximum, and the mean of the round-trip times and in some versions the standard deviation of the mean). Your task is to develop your own Ping application in Python. Your application will use ICMP but, in order to keep it simple, will not exactly follow the official specification in RFC 1739. Note that you will only need to write the client side of the program, as the functionality needed on the server side is built into almost all operating systems. You should complete the Ping application so that it sends ping requests to a specified host separated by approximately one second. Each message contains a payload of data that includes a timestamp. After sending each packet, the application waits up to one second to receive a reply. If one second goes by without a reply from the server, then the client assumes that either the ping packet or the pong packet was lost in the network (or that the server is down). This lab requires you to compose new python code. A skeleton framework is given, you will need to fill in the blanks. This lab will require you to build and/or decode a packed binary array of data that is specified by the ICMP protocol. To assist you, the ICMP protocol speci.

Please help with the below 3 questions, the python script is at the.pdf

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Please help will upvote. I have a heuristic function that outputs the following values each time: Python Initial State: 0 1 2 8 7 5 6 4 3 Goal State: 0 1 2 3 4 5 6 7 8 Manhattan Distance: 8 Heuristic 0 Nodes Visited/Expanded (V): 1 Maximum Nodes Stored in Memory (N): 1 Depth of Optimal Solution (d): 0 Heuristic 1 Nodes Visited/Expanded (V): 1 Maximum Nodes Stored in Memory (N): 1 Depth of Optimal.

Please help will upvote. I have a heuristic function that outputs th.pdf

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Please create a simple flowchart of this program tell me the necessary classes and method for this program - If the space is occupied by something else then it will print an error message and go back to move menu. Here is a layout of Martian land. # \#....................... E # \#. CC................ . . . . \# # GD ....ZX ............. LR ...\# SpaceRover can move in following directions [1] to move north. [2] to move west. [3] to move east. [4] to move south. [5] to move north-west. [6] to move south- west. [7] to move north-east. [8] to move south-east. [0] to go back to main menu Please enter a direction. >2 You cannot move to this location. Here is a layout of Martian land. \#........................ \#..CC................ . . . . \# # GD ....ZX ............ LR ...\# SpaceRover can move in following directions [1] to move north. [2] to move west. [3] to move east. [4] to move south. [5] to move north-west. [6] to move south-west. [7] to move north-east. [8] to move south-east. [0] to go back to main menu Please enter a direction. Some guidelines for your code - Enums- When you have different types of an entity, you might want to create a single class and represent different types using Enums. - Inheritance - Entities that have similar types can be divided into parent and child classes using inheritance. You should write down the common functionality in the parent class and override or add different functionality as per specifications in child classes. - Interfaces - Interfaces help you define the contracts/functionality that a class should follow. When you want to use same method in different classes which are unrelated, use interfaces. When you have same functionality in similar classes use inheritance. - Polymorphism - Sometimes same method may have different functionality based on different parameters/data. You must use polymorphism in that case. - Generics - You may or may not use Generics to handle some common functionality between different classes. - Exception Handing - There are various kinds of exceptions present in the specifications. Try and implement the exceptions the right way. - File Handling - You may want to create different classes or interfaces for classes handling file read/write. Make sure to catch the exceptions that occurs with File Handling. - Collections - Collections are great way to store data in a compact manner. Use ArrayList instead of Arrays. Make use of HashMaps if necessary. - Encapsulation - It is important you write the right method in the right classes. This gains you marks. Encapsulate the data properties and action taken on them in a class. - Make things private where necessary. If inheritance is used, make things protected. Only getters/setters and methods should be public wherever needed. - Packages - similar classes are packaged together. For eg - you can package interfaces together or enums together in a package. Entities To understand the mission better, let's look at the entities. Once we have.

Please create a simple flowchart of this programtell me the necess.pdf

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Please complete ALL of the TO DOs in this code. I am really struggling with this assignment. The last time I posted this question, they did not complete them all. Please do it! There are two files, list.h and queue.h. I tried to complete this on my own and none of it worked, so I am posting the template again instead of my nonworking code. Please do not use chatgpt, I think the last person used it. list.h: #pragma once #include // size_t #include // std::bidirectional_iterator_tag #include // std::is_same, std::enable_if template class List { private: struct Node { Node *next, *prev; T data; explicit Node(Node* prev = nullptr, Node* next = nullptr) : next{next}, prev{prev} {} explicit Node(const T& data, Node* prev = nullptr, Node* next = nullptr) : next{next}, prev{prev}, data{data} {} explicit Node(T&& data, Node* prev = nullptr, Node* next = nullptr) : next{next}, prev{prev}, data{std::move(data)} {} }; template class basic_iterator { public: using iterator_category = std::bidirectional_iterator_tag; using value_type = T; using difference_type = ptrdiff_t; using pointer = pointer_type; using reference = reference_type; private: friend class List; using Node = typename List::Node; Node* node; explicit basic_iterator(Node* ptr) noexcept : node{ptr} {} explicit basic_iterator(const Node* ptr) noexcept : node{const_cast(ptr)} {} public: basic_iterator() { /* TODO */ }; basic_iterator(const basic_iterator&) = default; basic_iterator(basic_iterator&&) = default; ~basic_iterator() = default; basic_iterator& operator=(const basic_iterator&) = default; basic_iterator& operator=(basic_iterator&&) = default; reference operator*() const { // TODO } pointer operator->() const { // TODO } // Prefix Increment: ++a basic_iterator& operator++() { // TODO } // Postfix Increment: a++ basic_iterator operator++(int) { // TODO } // Prefix Decrement: --a basic_iterator& operator--() { // TODO } // Postfix Decrement: a-- basic_iterator operator--(int) { // TODO } bool operator==(const basic_iterator& other) const noexcept { // TODO } bool operator!=(const basic_iterator& other) const noexcept { // TODO } }; public: using value_type = T; using size_type = size_t; using difference_type = ptrdiff_t; using reference = value_type&; using const_reference = const value_type&; using pointer = value_type*; using const_pointer = const value_type*; using iterator = basic_iterator; using const_iterator = basic_iterator; private: Node head, tail; size_type _size; public: List() { // TODO - Don't forget to initialize the list beforehand } List( size_type count, const T& value ) { // TODO - Don't forget initialize the list beforehand } explicit List( size_type count ) { // TODO - Don't forget initialize the list beforehand } List( const List& other ) { // TODO - Don't forget initialize the list beforehand } List( List&& other ) { // TODO - Don't forget initialize the list beforehand } ~List() { // TODO } List& operator=( const List& other ) { // TODO } List& operator=( List&& o.

Please complete ALL of the �TO DO�s in this code. I am really strugg.pdf

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Please answer ASAP!!! Research Topic: Ransomware attack on k-12 schools (2013-present) BLUF Statement: The persistent surge in ransomware attacks targeting K-12 schools underscores the urgent need for enhanced cybersecurity measures, as a failure to address this issue will likely lead to disruptions of education and compromised student data, endangering the future of our education system. Scope Note: This research paper will provide a comprehensive overview of ransomware attacks on K-12 schools to address the alarming rise in ransomware attacks from 2013 to present. The paper will focus on the frequency, vulnerabilities, evolving tactics, consequences, and significance of these attacks, as well as the need for proactive cybersecurity measures. It will not address ransomware incidents in other sectors or provide an extensive historical overview of ransomware. This work will build on previous research on ransomware attacks on K-12 schools, but it takes a new approach by focusing on five key points. The information will be current as of September 30, 2023. Based on the information, answer the following: Treat something about your chosen term paper assignment as a High Impact Low Probability (black swan) event. Think of your event and then think of what black swan event could come next (but has not happened, yet). You must: Define 2 pathways Identify 3 trigger points/changes in momentum for each of the 2 pathways Identify 2 observables for each of the 6 trigger points Identify 2 factors to deflect each of the 6 trigger points. Briefly explain everything! Examples of what your High Impact Low Probability event could be: the malicious actors behind your event committing a radically different TTP, such as hacktivists using multiple 0days in one attack or a ransomware gang switching to stealing files for espionage purposes; the TTP changes in a radical way, such as the ransomware actors suddenly switching back to opportunistic targeting with low ransoms against many victims; a new leak of information for a clearly different purposes, such as journalists receiving a large dump of files that expose ransomware gangs instead of political/financial crimes; or information that indicates country 1 was using denial and deception techniques to make it look like country 2 was behind your incident but it was really country 1 all along. High Impact Low Probability Analysis Highlights a seemingly unlikely event that would have major policy consequences if it happened. Use when its unlikely but would have substantial impact if it happened Use when there are concerns that policymakers and decision makers are ignoring the consequences of a potential event they should be concerned about Help uncover hidden relationships and key factors Identify oversights in the mainstream analytic line Periodic review helps counter prevailing mind-set errors High Impact Low Probability Analysis 1. Define the outcome (consequences) 2. Define pathways to the event as precisely as poss.

Please answer ASAP!!!Research Topic Ransomware attack on k-12 sch.pdf

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Plan production for a four-month period (February through May). Given information: Find the total cost of this plan (you can use the table below). *Hint: Backorder from April does not need to be fulfilled in May. February March April May Forecast Production required Production hours required Regular production Regular workforce Overtime hours Overtime production Total production Ending inventory Ending backorders Workers hired Workers laid off Total Straight Time Costs ($) Total Overtime Costs ($) Total Inventory Costs ($) Total Backorder Costs ($) Total Hiring Costs ($) Total Layoff Costs ($) Total Costs ($) Total Plan Cost ($) February March April May Forecast Production required Production hours required Regular production Regular workforce Overtime hours Overtime production Total production Ending inventory Ending backorders Workers hired Workers laid off Total Straight Time Costs ($) Total Overtime Costs ($) Total Inventory Costs ($) Total Backorder Costs ($) Total Hiring Costs ($) Total Layoff Costs ($) Total Costs ($) Total Plan Cost ($).

Plan production for a four-month period (February through May). .pdf

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Part I: /***************************************************************************** *** * DIAMONDS * author(s): * adapted from: * other citations: * * goal: Output a diamond of user determined size must use a 2D array. * example: for input of 5 ..*.. or 6 ../\.. * .***. .//\\. * ***** ///\\\ * .***. \\\/// * ..*.. .\\//. * ..\/.. * overview: (1) get user input & validate (i.e. less than screen size) * (2) determine even/odd and how to proceed * (3) create & fill array accordingly * (4) output to screen * * * stages: (1) hard-coded 5x5 diamond - output to screen * must use given function def - passes in one row at a time * (2) Do odd number case only in this stage - subtract 1 from any even # * get width of diamond from user (use same number for height) * create a 2D array of that size and fill with the background char * must use given function defs - passes in one row at a time * (3) Now we overload fillArray - don't duplicate code. If the same code * is being run then one fillArray function should call the other * Add in the diamond forming character (the MAIN_CHAR) * This stage should complete the odd case * (4) Using the same functions as the previous case, do the even case * * ***************************************************************************** ***/ #include using namespace std; const unsigned int max_width = 120; char background_char = '.'; char main_char = '*'; char main_char_left = '/'; char main_char_right = '\\'; /* function prototype declarations (defined below in same file) */ void printArray (const char chArray[], const unsigned int width) { for (unsigned int i = 0; i < width; i++) { cout << chArray[i]; } } int main() { /* variables */ /* declare and initialize an array */ char diamond[5][5] = {{background_char, background_char, main_char,background_char, background_char}, {background_char,main_char, main_char, main_char, background_char}, {main_char, main_char, main_char, main_char, main_char}, {background_char,main_char, main_char, main_char, background_char}, {background_char, background_char, main_char,background_char, background_char}}; /* output array */ for (int i = 0; i < 5; i++) { printArray(diamond[i], 5); cout << endl; } When input 10: When input 40: When input 4000: In this stage we will complete the odd-number input case, adding stars to create the diamond. So if the user enters 15 , the program should output: To do this, we will overload the fillarray() function. The following function definition is required: void fillarray (char fill, char chArray[], unsigned int start, unsigned int end); where fillArray would fill the indices from start to end-1 (not including end). When overloading, we should not be duplicating code. It is likely that the efficient way to overload is for one of the fillArray () functions to call the other. Everything else would work the same as in Part II. Expected output Enter width of diamond: Error! Max width is 120 . Exiting. Enter width of diamond: ...***... .. kk. . . . . . Part .

Part I.pdf

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Part 1: During the most recent economic crisis in the state of Arizona, home values decreased dramatically and homeowners began walking away from their homes in large numbers. This was largely due to the fact that they owned more on the home than it was worth and in many cases they could no longer afford to make the payments. Financial institutions foreclosed on large numbers of homes and forced the owners to leave. As they left their real property homeowners ofter stripped the home of anything valuable they could remove. Homeowners took appliances, window coverings, light fixtures, ceiling fans, water heaters, rugs and carpets,plumbing fixtures (toilets, sinks, showers, bathtubs etc.) electrical wiring, doors, cabinets and sometimes even windows and outdoor plants from property they no longer owned. Given the understanding that many of these things qualify as "fixtures" that are attached and should remain with real property (the home), discuss in an original post whether or not you think their decision to remove these items is ethical (or even legal?) How do you think some of these people justified taking these items? Do you agree or disagree with that reasoning? Should the financial institutions have pursued legal action against these people? Part 2: Recently Martin Shkreli (Pharma Bro on social media) a former pharmaceutical CEO was convicted of securities fraud in the State of New York. Many claim that it was really his personality that people did not like and that he did nothing wrong. Read this article from the Chicago TribuneLinks to an external site. and watch this CNBCLinks to an external site. video interview with Martin Shkreli included with the article about the case and discuss with your classmates in an original post your opinion of the case. What do you think about his decision to dramatically raise the price of a drug used to treat HIV? Is he a "pariah" or just a good businessman? What do you think about the claims he was running a Ponzi scheme? Do you think if he had not raised the price of the drug, the securities allegations may never have been made? After all, there are investors who made money through his company..

Part 1 During the most recent economic crisis in the state of Arizo.pdf

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