Business management 1. True or False Diversification is when compa.pdf

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MAYANKBANSAL1981

Business management 1. True or False: Diversification is when companies operate several businesses to spread their risk and/or enter new markets. 2. True or False: Focus-Differentiation Strategy is a strategy focuses on products or services that are of unique and superior value compared with those of competitors while targeting a narrow market. 3. True or False: Growth strategy, stability strategy and defensive strategy are three types of corporate strategies. 4. True or False: Conceptual decision makers are decision makers who rely on intuition and have a long- term perspective. 5. True or False: Generalizing from a small sample or a single event is called representative bias. 6. True or False: Group think is a cohesive group's blind unwillingness to consider alternatives. 7. True or False: Data analytics is the process of examining data sets in order to draw conclusions about the information they contain. 8. True or False: Observable artifacts, espoused values, and basic assumptions are three levels of organizational culture. 9. True or False: Culture powerfully shapes an organization's long-term success by enhancing its systems and influencing its important outcomes at various levels. 10. True or False: A simple struct has authority centralized in a single person, also known as a flat hierarchy..

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12 Implementation, Evaluation, and Control iStock/Thinkstock It is a bad plan that admits of no modification. —Publilius Syrus Maxim 469 Learning Objectives After reading this chapter, you should be able to do the following: • List the four types of implementation skills that are necessary to successfully translate a strategic goal into implemented activities. • Identify six forces that can affect or cause resistance to change and innovation in a healthcare setting. • Explain the roles played by people, systems, corporate cultures, and organizational structures in successfully organizing for the implementation of an organization’s strategy. • Describe the relationship between planning and control in the planning process. • Discuss the use of the balanced scorecard approach to performance evaluation, and identify the four key control areas for performance evaluation. Section 12.1Implementation Introduction This chapter focuses on the processes for creating and evaluating the activities that are necessary to implement both the strategic and marketing plans. Through the implementation process, employees are assigned tasks and given the authority and resources needed to create the activities that bring the plans to life. Plans are written documents that specify what the organization wants to accomplish in the future; the tasks carried out by the organization’s managers and staff turn those plans into reality. The evaluation and control of the plans involve determining whether objectives are being accomplished and taking the actions needed to align results with objectives. Evaluation involves comparing actual results to objectives and analyzing differences. Control refers to decisions or actions taken by management to bring results into alignment with objectives. 12.1 Implementation A classic Harvard Business Review article carried the title “Hustle as Strategy”—the point being that more is gained from a good strategy with great implementation than from a great strategy with good implementation (Bhide, 1986). “Hustle,” or implementation, can make or break a company in many marketing situations. The firm that achieves excellence in the skills needed for implementing a marketing plan may be achieving a competitive advantage that perhaps has eluded it in the strategy development stage of the planning process. However, excellent implementation of a poorly conceived strategy is akin to great advertising of a ter- rible product—the disaster occurs much sooner than if the excellence was not there! Thus, successful organizations have found ways to be good at both the development and implementation of marketing plans. Implementation Skills To this point of the textbook, the emphasis has been on developing plans that focus on deliv- ering patient value at a competitive advantage. The goal is the desire to consider the impact of actions on the long-term as well as the short-term welfare of patients and society .

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Complete in Java CardApp.java public class CardApp { private LinkedList list; /** * User interface prompts user, reads and writes files. */ public static void main(String[] args) { } /** * Default constructor to initialize the deck */ public CardApp() { } /** * Inserts a new Card into the deck * @param card a playing Card */ public void addCard(Card card) { } /** * Shuffles cards following this algorithm: * First swaps first and last card * Next, swaps every even card with the card 3 * nodes away from that card. Stops when it * reaches the 3rd to last node * Then, swaps ALL cards with the card that is * 2 nodes away from it, starting at the 2nd card * and stopping stopping at the 3rd to last node */ public void shuffle() { } /** * Implements the bubble sort algorithm * to sort cardList into sorted order, first by suit * (alphabetical order) * then by rank from 2 to A */ public void sort() { } /** * Returns the deck of cards with each card separated * by a blank space and a new line character at the end. * @return The deck of cards as a string. */ @Override public String toString() { return ""; } } Card.java public class Card implements Comparable{ private String rank; private String suit; /** * Constructor for the Card class * @param rank the rank of card from 2 to A * @param suit the suit of card C, D, H, or S */ public Card(String rank, String suit) { } /** * Returns the card's rank * @return rank a rank from 2 (low) to A (high) */ public String getRank() { return ""; } /** * Returns the card's suit * @return C, D, H, or S */ public String getSuit() { return ""; } /** * Updates the card's rank * @param rank a new rank */ public void setRank(String rank) { } /** * Updates the card's suit * @param suit the new suit */ public void setSuit(String suit) { } /** * Concatenates rank and suit * @return card rank and suit */ @Override public String toString() { return ""; } /** * Overrides the equals method for Card * Compares rank and suit and * follows the equals formula given in * Lesson 4 and also in Joshua Block's text * @param obj another Object to compare for * equality * @return whether obj is a Card and, if so, * of equal rank and suit */ @Override public boolean equals(Object obj) { return false; } /** * Orders two cards first by suit (alphabetically) * Next by rank. "A" is considered the high card * Order goes 2, 3, 4, 5, 6, 7, 8, 9, 10, J, Q, K, A * @param card another Card to compare to this Card * @return a negative number if this comes before c * and a positive number if c comes before this * and 0 if this and c are equal according to the above * equals method */ @Override public int compareTo(Card card) { return -1; } } } LinkedList.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 iterato.

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MAYANKBANSAL1981

Change to oop formatimport java.util.Scanner;import java.io.;.pdf

MAYANKBANSAL1981

Case Project 2-1: Advance Preparations The IT managers from Chicago and Toronto have decided the first step is to form a transition committee to plan and track the progress of the server upgrades. The committee consists of both IT managers (from each location), two department heads from each location, the chief financial officer, the director of operations, a senior applications programmer, and a senior systems programmer. During the kickoff meeting, you briefly mention a few advance preparation steps the committee needs to know about. In response, the committee asks you to create a full report or slide presentation of the steps that need to be considered in advance for Windows Server 2016 installations. In your report or slide show, present all of the steps appropriate to Gym Masters' situation Case Project 2-2: Server Roles The committee has recently been discussing the functions of each server. They are not familiar with server roles, but they do know how specific servers are used. Some of the server functions they mention include: Providing a website Supporting mobile devices for accessing the server over the network Offering shared files on large scale Managing Active Directory functions for the domain Offering VPNs Coordinating printing Providing web-based applications to internal users Create a short report for the committee that translates each of these functions into server roles offered through Windows Server 2016. Also, suggest some other roles that are likely necessary on the company's networks (Hint: Consider managing IP address assignments and translating computer names and IP addresses). Include a short explanation of each server role you mention..

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MAYANKBANSAL1981

Can some one redo this code without the try-catch and an alternative to using Entry when printing the treemap package part2; import java.io.*; import java.util.Map.Entry; import java.util.*; public class frequencyOfWords { public static void main(String[] args) { long totalTime = 0; long startTime = System.nanoTime(); TreeMap map = new TreeMap<>(); for(int i=1; i <= 77; i++){ startTime = System.nanoTime(); Scanner sc = new Scanner(System.in); File file = new File("c:/Users/tvazq/IdeaProjects/hw2/resources/" + i +".okpuncs"); Scanner reader; String line = ""; try { reader = new Scanner(file); while(reader.hasNextLine()){ line = reader.nextLine(); String words[] = line.split(" "); for(String s : words){ if(map.containsKey(s)){ map.put(s, map.get(s)+1); }else{ map.put(s, 1); } } } } catch (FileNotFoundException e) { System.out.println("file not found"); } sc.close(); totalTime+= (System.nanoTime()-startTime); } System.out.printf("%-20s%-20s\n","Word","Frequency"); for(Entry entry : map.entrySet()) //printing map System.out.printf("%-20s%-20d\n",entry.getKey(),entry.getValue()); System.out.println("Total time took : " + totalTime); } }.

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MAYANKBANSAL1981

Banks are singled out for special attention in the financial system because Banks are singled out for special attention in the financial system because Banks are singled out for special attention in the financial system because Financial Analyses - Provide answers based on both qualitative and quantitative analyses to the following questions: 1. Is the solar industry an attractive industry? Why or why not? Be specific. Students will also discuss what Porter's Five Forces reveal about the solar industry. 2. From 2007-2011, First Solar was consistently more profitable than its major competitors: SunPower, Suntech, and Yingli. What are the sources of First Solar's competitive advantage? Are they sustainable? Where you can, be quantitative. 3. Looking forward, what are the biggest threats to First Solar's strategy? What recommendations would you make to Tymen de Jong to guide First Solar?.

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MAYANKBANSAL1981

ASSETS LIABILITIES Cash $10,000 Accounts payable $12,000 Accounts receivable 100,000 Notes payable 50,000 Inventory Total current liabilities Total current assets $220,000 Long-term debt Gross PP&E 500,000 Total Liabilities $190,000 Less accumulated depreciation Net PP&E $375,000 EQUITY Total Assets Common stock ($1 par; 100,000 shares) Paid-in capital Retained earnings 150,000 Total stockholders equity Total Liabilities and Equity Reminder: A=L+E ASSETSLIABILITIESCash$10,000 Accounts payable$12,000 Accounts receivable100,000Notes payable50,000InventoryTotal current liabilitiesTotal current assets$220,000 Long-term debtGross PP&E500,000Total Liabilities$190,000 Less accumulated depreciationNet PP&E$375,000 EQUITYTotal AssetsCommon stock ($1 par; 100,000 shares)Paid-in capitalRetained earnings150,000Total stockholders equityTotal Liabilities and EquityReminder: A=L+E.

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MAYANKBANSAL1981

A. Monitoring Internet Endpoints and Bandwidth Consumption 1. NetFlow/Slow: NetFlow and Slow are protocols used for monitoring network traffic. Network devices like routers and switches can be configured to export flow data to a collector. This data includes information such as source and destination IP addresses, ports, and the volume of data transferred. By analyzing this data, we can gain insights into which clients are communicating with which servers and the amount of bandwidth they are using. 2. Packet Sniffers: Packet sniffers like Wireshark capture and analyze individual network packets. They provide a detailed view of network traffic, including the actual data payload. While this approach is thorough, it can be resource-intensive, and storing all packets may require significant storage capacity. 3. Proxy Servers: Deploying a proxy server can help monitor internet usage by clients. Proxy servers act as intermediaries between clients and servers, logging all requests and responses. This provides detailed logs of web traffic, including URLs visited, data transferred, and user activity. 4. Intrusion Detection/Prevention Systems (IDS/IPS): IDS/PS systems are designed to monitor network traffic for suspicious or unauthorized activity. They use predefined rules or anomaly detection algorithms to identify potentially malicious behavior. When such behavior is detected, these systems generate logs and alerts for further investigation. If we lack the resources to capture and store all network packets, we can consider using sampling techniques to capture a representative subset of traffic or filtering criteria to focus on specific types of traffic. For instance, you might prioritize capturing and storing packets for traffic to and from critical servers or for specific applications critical to our organization's operations. B. Identifying the Local Host in a Data Exfiltration Event Identifying the local host involved in data exfiltration from external server logs can be done as follows: 1. Identify the External IP Address: Look in the web server logs to find the external IP address associated with the data exfiltration. This IP address typically corresponds to our company's router or firewall through which the data left our network. 2. Analyze High-Level TCP Port Number: Examine the high-level TCP port number in the logs. Some services or applications use specific ports. This can help us narrow down the scope of potential local hosts. 3. Check Firewall or Network Device Logs: Access logs on our company's router/firewall or other network devices responsible for outgoing traffic. Look for outbound connections originating from the internal IP address linked to the external IP address identified in the web server logs. 4. Cross-reference with Internal Logs: If your internal network has logs, such as firewall logs or proxy server logs, cross-reference the external IP address and port number with these logs. This will enable us to identify the local ho.

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MAYANKBANSAL1981

About your client: Name: Samantha Benson Age: 54 Marital status: Married 2 adult children with former spouse, 1 minor child with current spouse Health: Great health (an active tri-athlete) but a family history of heart disease Occupation: Senior Director for Lion Industries, a $3 Billion Industrial Materials Firm Income: $270,000 salary per year + bonus/stock options up to $1.5M Total assets: $2.2M (not including value of home) Total debt: $750,000 (which mostly is a mortgage on her primary residence of $600k) Dependents: Minor child is age 17 Other notes: It is important to Samantha to provide for all 3 of her children in the event of her early death. The adult children are struggling to find their way in life and Samantha feels they have not yet established a secure future for their own families. Samanthas former husband has very little assets. Her curent husband is an Executive Director at a BioTech company, but he and Samantha like to keep their finance separate as they feel they have each accumulated on their own prior to their relationship 3) Samantha has her home and auto coverage through Acme Insurance, a company she went with because of a referral from a co-worker. As you review Samanthas home and auto coverage, what might you be looking for to ensure she has adequate coverage?.

About your clientName Samantha BensonAge 54Marital status .pdf

MAYANKBANSAL1981

About your client: Name: Samantha Benson Age: 54 Marital status: Married 2 adult children with former spouse, 1 minor child with current spouse Health: Great health (an active tri-athlete) but a family history of heart disease Occupation: Senior Director for Lion Industries, a $3 Billion Industrial Materials Firm Income: $270,000 salary per year + bonus/stock options up to $1.5M Total assets: $2.2M (not including value of home) Total debt: $750,000 (which mostly is a mortgage on her primary residence of $600k) Dependents: Minor child is age 17 Other notes: It is important to Samantha to provide for all 3 of her children in the event of her early death. The adult children are struggling to find their way in life and Samantha feels they have not yet established a secure future for their own families. Samanthas former husband has very little assets. Her current husband is an Executive Director at a BioTech company, but he and Samantha like to keep their finance separate as they feel they have each accumulated on their own prior to their relationship 5)Consider other financial planning topics you may have been exposed to in your coursework thus far, such as Investment Planning, or Estate Planning. Identify any other concepts that you may wish to cover with Samantha as it relates to the given information..

About your clientName Samantha Benson Age 54 Marital status Ma.pdf

MAYANKBANSAL1981

a) Complete both insert and delete methods. If it works correctly 100 points each. b) Do not call the search method in delete method. c) Make sure to write your name in main method. d) DO NOT MODIFY PROCESS METHOD. 3- Create a proper input file with respect to process method to test all cases in both insert and delete methods. 4- Compile and execute your program at the command prompt. Check your output, if it is correct //xxxxxH5.java is linked list implementation of lstinterface. //Eliminate count form both insert and delete methods // If works correctly, 200 points import java.util.*; import java.io.*; //lstinterface is an interface public class xxxxxH5 implements lstinterface { // xxxxxH5 class variables //head is a pointer to beginning of linked list private node head = null; //use prt for System.out to save typing PrintStream prt = System.out; // class node private class node{ // class node variables int data; node rlink; //right link // class node constructor node(int x){ data = x; rlink = null; } // end class node constructor }// class node // insert x at position p, // if successful return 1 otherwise return 0 public int insert(int x, int p){ prt.printf("\n\t\tInsert %5d at position %2d:", x, p); // complete this method return 0; // successful insertion } // end insert // delete x at position p // if successful return 1 otherwise return 0 public int delete(int p){ prt.printf("\n\t\tDelete element at position %2d:", p); // complete this method return 0; // successful insertion } // end delete // sequential serach for x in the list // if successful return its position otherwise return 0; public int search(int x){ // Local variables node cur; prt.printf("\n\t\tSearch for %5d:", x); // Complete the rest of the method int pos = 0; for (cur = head; cur != null ; cur = cur.rlink){ pos ++; if (cur.data == x){ prt.printf(" Found at position %2d, ", pos); return pos; } // end if } // end for prt.printf(" Not Found."); return 0; // x is not found. } // end search // print list elements formatted public void printlst() { // Local variables node cur; prt.printf("\n\tList contents: "); for (cur = head; cur != null ; cur = cur.rlink) prt.printf("%5d,", cur.data); // end for } // end printlst // insert delete and search in the list private void process(String fn){ // Local variables int j, ins, del, srch, k, p; int x; prt.printf("\tLinked List implementation of int list without"+ //\n\tusing count, gets input file name from method argument, then reads:"+ "\n\tinteger No. of elements to insert(ins)"+ " followed by elements to insert and their positions,"+ "\n\tinteger No. of elements to search(srch) followed by element to search"+ "\n\tinteger No. of elements to delete(del) followed by position of"+ "elements to delete" + "\n\t\tTo compile: javac xxxxxH5.java" + "\n\t\tTo execute: java xxxxxH5 inputfilename"); try{ // open input file Scanner inf = new Scanner(new File(fn)); //read no. of elements to insert ins = inf.nextInt(); prt.printf("\n\tInsert %.

a) Complete both insert and delete methods. If it works correctly 10.pdf

MAYANKBANSAL1981

About your client Name: Samantha Benson Age: 54 Marital status: Married 2 adult children with former spouse, 1 minor child with current spouse Health: Great health (an active tri-athlete) but a family history of heart disease Occupation: Senior Director for Lion Industries, a $3 Billion Industrial Materials Firm Income: $270,000 salary per year + bonus/stock options up to $1.5M Total assets: $2.2M (not including value of home) Total debt: $750,000 (which mostly is a mortgage on her primary residence of $600k) Dependents: Minor child is age 17 Other notes: It is important to Samantha to provide for all 3 of her children in the event of her early death. The adult children are struggling to find their way in life and Samantha feels they have not yet established a secure future for their own families. Samanthas former husband has very little assets. Her current husband is an Executive Director at a BioTech company, but he and Samantha like to keep their finance separate as they feel they have each accumulated on their own prior to their relationship 2)Samantha has a small life insurance policy through her employer that self-cancels if she leaves the company. She has never considered adding additional coverage. What type(s) might you recommend and why?.

About your client Name Samantha Benson Age 54 Marital status Ma.pdf

MAYANKBANSAL1981

About your client: Name: Samantha Benson Age: 54 Marital status: Married 2 adult children with former spouse, 1 minor child with current spouse Health: Great health (an active tri-athlete) but a family history of heart disease Occupation: Senior Director for Lion Industries, a $3 Billion Industrial Materials Firm Income: $270,000 salary per year + bonus/stock options up to $1.5M Total assets: $2.2M (not including value of home) Total debt: $750,000 (which mostly is a mortgage on her primary residence of $600k) Dependents: Minor child is age 17 Other notes: It is important to Samantha to provide for all 3 of her children in the event of her early death. The adult children are struggling to find their way in life and Samantha feels they have not yet established a secure future for their own families. Samanthas former husband has very little assets. Her current husband is an Executive Director at a BioTech company, but he and Samantha like to keep their finance separate as they feel they have each accumulated on their own prior to their relationship.

About your client Name Samantha BensonAge 54Marital status.pdf

MAYANKBANSAL1981

Answer the following prompts 1The InstantRide Management team founded a new team for car maintenance. The new team is responsible for the small maintenance operations for the cars in the InstantRide system. The main idea is to take actions faster and minimize the time spent for the maintenance. Therefore, the Car Maintenance team wants to store MAINTENANCE_TYPE_ID (char(5)) and a MAINTENANCE_TYPE_DESCRIPTION (varchar(30)) in the database. Using MAINTENANCE_TYPE_ID as the PRIMARY KEY, create a new table, MAINTENANCE_TYPES, and send the table description with the column names and types to the Car Maintenance team. 2The Car Maintenance team also wants to store the actual maintenance operations in the database. The team wants to start with a table to store CAR_ID (CHAR(5)), MAINTENANCE_TYPE_ID (CHAR(5)) and MAINTENANCE_DUE (DATE) date for the operation. Create a new table named MAINTENANCES. The PRIMARY_KEY should be the combination of the three fields. The CAR_ID and MAINTENANCE_TYPE_ID should be foreign keys to their original tables. Cascade update and cascade delete the foreign keys. 3The Driver Relationship team wants to create some workshops and increase communication with the active drivers in InstantRide. Therefore, they requested a new database table to store the driver details of the drivers that have had at least one ride in the system. Create a new table, ACTIVE_DRIVERS, from the DRIVERS and TRAVELS tables which contains the following fields: 4The Driver Relationship team wants to have quick search options for the active drivers. The team specifically mentioned that they are using first name, last name and driving license ID to search the drivers. Create an index called NameSearch on the ACTIVE_DRIVERS table created in task 3. 5The Driver Relationship team requested to ensure that there will be no duplicates in the active drivers tables in terms of first name, last name and driving license ID. You need to create a constraint in the ACTIVE_DRIVERS table, called DuplicateCheck, to ensure the first name, last name, and the driving license ID are unique. 6The Car Maintenance team considered that the available maintenance tasks should also have the price information in the database. Alter the MAINTENANCE_TYPES table to include a new column named MAINTENANCE_PRICE of type DECIMAL(5,2)..

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MAYANKBANSAL1981

Advanced level school Python programming. Need helps. Thanks in advance. The file MRT . TXT contains the names of 116 MRT stations in Singapore. The task is to read the names from the file, store it in a suitable data structure, sort the names and perform a binary search operation. Task 1.1 Write program code to: - read the names from the file and store them in a suitable data structure - sort the names into ascending order using quick sort - write the sorted names in a new SORTED_MRT.TXT file where the next name is on new line Task 1.2 Write program code to: read the names from the SORTED_MRT.TXT file and store them in a suitable data structure display the names - search for a name using binary search and return True if the name is in the file, and False otherwise Task 1.3 Design test data for your program written in Task 1.2, provide evidence of testing that includes: - search for a name that is contained in the file - search for a name that is not contained in the file Yio Chu Kang Ang Mo Kio Lentor Mayflower Teck Ghee Tanah Merah Bedok Kembangan Kaki Bukit Bedok North Bedok Reservoir Sungei Bedok Marine Terrace Siglap Bayshore Bedok South Bishan Marymount Bright Hill Upper Thomson Bukit Batok Bukit Gombak Bukit Panjang Cashew Hillview Hume Outram Park Tiong Bahru Redhill HarbourFront Labrador Park Telok Blangah Keppel Cantonment Havelock Farrer Road Holland Village Beauty World Sixth Avenue Tan Kah Kee Changi Airport Choa Chu Kang Clementi City Hall Raffles Place Marina Bay Bugis Tanjong Pagar Esplanade Promenade Bayfront Downtown Eunos Paya Lebar Aljunied Mountbatten Dakota MacPherson Kovan Hougang Tai Seng Jurong East Chinese Garden Lakeside Boon Lay Pioneer Kallang Lavender Little India Boon Keng Stadium Dhoby Ghaut Bras Basah Bencoolen Fort Canning Newton Novena Stevens Orchard Somerset Chinatown Telok Ayer Pasir Ris Joo Koon Punggol Buona Vista Dover Kent Ridge Rochor Sembawang Canberra Buangkok Sengkang Serangoon Bartley Lorong Chuan Clarke Quay Kranji Tampines Simei Expo Botanic Gardens Braddell Toa Payoh Potong Pasir Woodleigh Caldecott Tai Seng Marsiling Woodlands Admiralty Yishun.

Advanced level school Python programming. Need helps. Thank.pdf

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