What will organizations have to do to adapt to the influx of needed .pdf

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What will organizations have to do to adapt to the influx of needed Generation Y individuals? Solution simple thing is choose the right person for a work and let them free, they will create miracles. here generation Y people are those who can perform variaous tasks at a time and with more accuracy. these are multi talented, always carries courage, never hides their talent and ready to accept challenges. first to attract those kind of people organisations should change their existing rules, policies and regulations. all they were writen decades ago and still we are follwoing them. they need to redesign the work and the structure. if we are succede at recruiting the correct people for our work, then the remaining changes can automatically comes into the picture. the organisations should create the work environment to the Y generation people There are no precise dates when the generation starts and ends; most researchers and commentators use birth years ranging from the early 1980s to early 2000s. Generation Y people may be known as echo boomers because they are the children of baby boomers, or someone who was born during the period of increased birth rates that occurred between 1946 and 1964. The Generation Y cohort is also referred to as Millennials, the Internet generation, iGen and/or the Net generation.

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Driver: import java.util.Scanner; //A class that keeps a fleet of different types of vehicles public class FleetOfVehicles { //An array of vehicles private Vehicle[] fleet; public static final int MAX_VEHICLES = 100; public FleetOfVehicles() { fleet = new Vehicle[MAX_VEHICLES]; } public Vehicle[] getFleet() { return this.fleet; } //Adds a new vehicle to the first empty spot in the fleet array public void addVehicle(Vehicle aV) { for(int i=0;i Solution import java.util.Scanner; //A class that keeps a fleet of different types of vehicles public class FleetOfVehicles { //An array of vehicles private Vehicle[] fleet; public static final int MAX_VEHICLES = 100; public FleetOfVehicles() { fleet = new Vehicle[MAX_VEHICLES]; } public Vehicle[] getFleet() { return this.fleet; } //Adds a new vehicle to the first empty spot in the fleet array public void addVehicle(Vehicle aV) { for(int i=0;i 0) this.cylinders = cylinders; else this.cylinders = 0; } /** * @return the ownersName */ public String getOwnersName() { return ownersName; } /** * @param ownersName * the ownersName to set */ public void setOwnersName(String ownersName) { this.ownersName = ownersName; } @Override public boolean equals(Object obj) { // TODO Auto-generated method stub if (obj instanceof Vehicle) { Vehicle vehicle = (Vehicle) obj; if ((this.getManuName().equals(vehicle.getManuName())) && (this.getOwnersName().equals(vehicle.getOwnersName())) && (this.getCylinders() == vehicle.getCylinders())) return true; else return false; } else return false; } @Override public String toString() { // TODO Auto-generated method stub return getManuName() + \" \" + getCylinders() + \" \" + getOwnersName(); } } public class Truck extends Vehicle { double loadCap, towCap; public Truck() { // TODO Auto-generated constructor stub super(); setLoadCap(0); setTowCap(0); } /** * @param manuName * @param cylinders * @param ownersName * @param loadCap * @param towCap */ public Truck(String manuName, int cylinders, String ownersName, double loadCap, double towCap) { super(manuName, cylinders, ownersName); setLoadCap(loadCap); setTowCap(towCap); } /** * @return the loadCap */ public double getLoadCap() { return loadCap; } /** * @param loadCap * the loadCap to set */ public void setLoadCap(double loadCap) { if (loadCap > 0) this.loadCap = loadCap; else this.loadCap = 0; } /** * @return the towCap */ public double getTowCap() { return towCap; } /** * @param towCap * the towCap to set */ public void setTowCap(double towCap) { if (towCap > 0) this.towCap = towCap; else this.towCap = 0; } @Override public boolean equals(Object obj) { // TODO Auto-generated method stub if (obj instanceof Truck) { if (super.equals(obj)) { Truck vehicle = (Truck) obj; if (this.getLoadCap() == vehicle.getLoadCap() && this.getTowCap() == vehicle.getTowCap()) return true; else return false; } else return false; } else return false; } @Override public String toString() { // TODO Auto-generated method stub return super.toString() + \" \" + g.

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Columbus Incorporated just paid $4.3 per share dividend yesterday (i.pdf

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Anatomy Question: Please Answer them all. A. Using a punnett square, show the possible genotypes for John and Andrea\'s children? (John has O blood type and Andrea has A blood type) B. Based on the blood typing results, could Daryl be John and Andrea\'s Son? How Do you know this? ( Daryl has O blood type) Solution A. Andrea :Mother has A blood type , her genotype will be either AO or AA John :Father has O blood type ,his genotype will be OO. O allele is masked by the presence of A allele or B allele. OO blood group is expressed only in presence of OO alleles. Father Father B. Daryl has O blood type.For O blood froup to be expressed in child, both parents should have O alleles that together will contribute to make OO blood type of their son.So, yes Daryl is the son of John and Andrea.MotherOOAAO A blood groupAO A blood groupOOO O blood groupOO O blood group.

Anatomy Question Please Answer them all.A. Using a punnett square.pdf

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A person is lost in the desert. (S)he has no water and after a couple of days loses so much water through perspiration that his/her body fluids become hypertonic. What happens to his cells? What happens to his proteins? What happens to his carbohydrates? Solution Early sign of dehydration there is no symptom but later on there is dryness of mouth and tongue, dark yellow urine,dryness of skin cramp in arm and leg. When fluid become hypertonic i.e sodium is lost from cell this result in cell shrinkage. After two days of starvation body will first utilize carbohydrate and then glycogen from liver and muscle for energy. Protein from cell / muscle will be next to be used as source of energy for body.

A person is lost in the desert. (S)he has no water and after a coupl.pdf

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2. Describe an advantage and a limitation to tracing ancestry with both types of DNA. Solution The tracing of ancestral origins using mitochondrial DNA, Y-DNA & autosomal DNA is advantageous to know about the historical evolutionary aspects of humans from thousands of years based on short tandem repeats, radioactive labeling & based on single nucleotide polymorphism. This Genetic genealogy is advantageous to unravel familial relationships but has ethical and moral limitations when examining prenatal ancestral tracing& the information about the ancestral DNA is limited to reveal about the inheritance pattern.

2. Describe an advantage and a limitation to tracing ancestry with b.pdf

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Write your thought on the following: 1. petroski notes that most engineering failures are much more involved than simple technical mis-calculations and involve the failure of the design process or management culture.However, not all engineering failures involve ethical issue.The infamous collapse of the first Tacoma Narrow Brodge, and the losses of the Mars polar lander and Mars Climate Orbiter were technical and design process failures. Solution In the face of new technology, how do we balance public welfare and progress? If Moisseiff had designed a bridge similar to the ones which had already proven their stability, Tacoma Narrows Bridge would never have collapsed costing thousands of dollars and endangering many lives. It would also have been significantly more expensive. On the other hand, if engineers had never tried innovative techniques, suspension bridges may never have been built at all. At the time of their introduction, no one believed that a suspension bridge could safely accommodate trains. Roebling, however, took a gamble, pushed the limits of the current technology, and built a suspension bridge that he believed could safely support rail traffic. Luckily he was correct, and suspension bridges soon became widely accepted (Petroski. Moisseiff also took a gamble, trying to create a longer, sleeker, less expensive bridge, by pushing the limits of technology. He, however, was not as lucky, and what could have been a breakthrough in technology turned into a catastrophic failure. Every time engineers push the limits of technology they risk a similar loss like losses of mas polar lander and mass climate orbiter in which there were technical error like Mass polar lander 1. Inadequate specifications which includes what the software was supposed to do, but no mention of what it must not to do. 2. Flawed review process: Violation of basic engineering safety pracitices in the digital part of the system. Mass Climate Orbiter 1. Units communication and attention to detail failure. The primary cause of this discrepancy was that one piece of ground software supplied by Lockheed Martin produced results in a United States customary unit, contrary to its Software Interface Specification (SIS), while a second system, supplied by NASA, expected those results to be in SI units, in accordance with the SIS. Specifically, software that calculated the total impulse produced by thruster firings calculated results in pound-seconds. The trajectory calculation software then used these results - expected to be in newton-seconds - to update the predicted position of the spacecraft. sometimes even It can cause a loss of life. How much is too much? When is a possible advance worth a risk to public safety? What can the engineering profession do to make the implementation of new technology safer? Do our current peer review and building code committee processes adequately protect public safety?.

Write your thought on the following1. petroski notes that most en.pdf

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You have two cell lines, a macrophage cell line and a CD4 T-cell line. The macrophage cell line is resistant to infection by HIV, whereas the T-cell line is fully susceptible and fully permissive. Why are macrophage cell line resistant to infection by HIV? Why are T-cell fully susceptible and fully permissive? Please explain. Also, A heterokaryon cell made from the fusion of these two cells is able to be infected by HIV. Explain why? Please explain in detail. Solution Macrophages are antigen- presenting cells so they process the viral peptides and present it to uninfected CD4 T-Cell which is the important transmission process. Also HIV-infected macrophages release soluble cytotoxic factors which induce apoptosis in CD4 T-Cells. Macrophages produce certain host restriction factors which inhibits the release of viral progeny from infected cells. So macrophages are resistant to lysis because of its genetic make up and its phenotypes (restriction factors). So when two cell lines are fused to form heterokaryon cell, the genes of macrophages are suppressed or it is recessive or the T cell genes are dominant to make the heterokaryon susceptible to infection..

You have two cell lines, a macrophage cell line and a CD4 T-cell lin.pdf

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