Data Analysis Project Word File Home Insert Design Layout References Mailings Re
ID: 3598628 • Letter: D
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Data Analysis Project Word File Home Insert Design Layout References Mailings Review View Nitro Pro 10 QTell me what you want to do Share DATA ANALYSIS PROJECT ICE CORE PROJECT BACKGROUND: Toxic heavy elals eileud by industrial activitics in the mid latitudes arc transparte thrugh the atmnsphere and deposited in Earth's polar regions. Inialerials a ere he loud chain; ad the cffects a h concentration and bin magnification may subsequently threaten the health al humars ard the health uf Arctic ecosystems. The file toxic.csv contairis Deposited recards [tor years dating between 1772 and 2003) ul highly loxic alliur, cadn, and lead. This data indicates higher atmospheric deposition in the early 20th century: data from the early 1900s indicates a tenfold increase in depositiorn Irurn preindustrial levels, but levels have since decreased 20-50%. Tracer treasurements indicate that coal burring in North America nd [urope was lhe likely source of these met Lals in the Arctic efter 1860. LEARNING OBJECTIVES: Ihis task is meant to reinforce the concepts of using MATLAB to look analyze arrays effectively and with cunuise coding. In MATLAB, there e ways lu use functiuns and telaliurial operslurs lo analyze entire arrays with fe commands, and there are more classical epproaches (using repetition structures and conditional blocks) to analyze arrays one element at a time. In this assienment you will be doing each task twice: once using MAI LAB array notation and i2) a second time using for loops with conditional DATA: You may load the data into MAILAB with the command load toxic.csv. The data will then be in arn array called toxic. Thrnlumn infnrmatin Page 1 of 2 3rd E English urited Stales - a LNG 10/22/20 8:13 PM E 1022/20173 Type here to search linksExplanation / Answer
package com.one;
class DNode<T> {
private T data;
private DNode<T> prev, next;
public DNode(T d, DNode<T> p, DNode<T> n) {
data = d;
next = n;
prev = p;
}
public T getData() {
return data;
}
public DNode<T> getNext() {
return next;
}
public DNode<T> getPrev() {
return prev;
}
public void setData(T d) {
data = d;
}
public void setNext(DNode<T> n) {
next = n;
}
public void setPrev(DNode<T> p) {
prev = p;
}
}
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