Provided below are descriptions of weather associated with the passage.pdf

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Provided below are descriptions of weather associated with the passage of each type of front. Match the type of wea front. Cold front Stationary front [Choose] heaby precigitation with thunderstorms; a large temperature drop with an increase in wind speeds light precipitation with a slight drop in pressure. temperatures will increase with winds coming from the south, southwest IIIEt precipitation followed by heavy precipitation. temperatures will drep and winds wil shif from southerly to northerly winds characterized by extensive period of precipitation (days to weckst. Extemive doud cover.

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public class EllipsoidList { private String list; private ArrayList<Ellipsoid> ellipsoidList; private ArrayList<Ellipsoid> ellipsoids = new ArrayList<Ellipsoid>(); public ArrayList<Ellipsoid> readFile(String filename) throws FileNotFoundException { Scanner input = new Scanner(new File(filename)); ArrayList<Ellipsoid> list = new ArrayList<Ellipsoid>(); while (input.hasNextLine()) { String line = input.nextLine(); String[] parts = line.split(","); String label = parts[0]; double a = Double.parseDouble(parts[1]); double b = Double.parseDouble(parts[2]); double c = Double.parseDouble(parts[3]); list.add(new Ellipsoid(label, a, b, c)); } input.close(); ellipsoidList = new ArrayList<Ellipsoid>(); return list; } public void addEllipsoid(String name, double a, double b, double c) { Ellipsoid e = new Ellipsoid(name, a, b, c); ellipsoids.add(e); } public Ellipsoid findEllipsoid(String name) { for (Ellipsoid e : ellipsoids) { if (e.getName().equalsIgnoreCase(name)) { return e; } } return null; } public Ellipsoid deleteEllipsoid(String name) { for (int i = 0; i < ellipsoids.size(); i++) { Ellipsoid e = ellipsoids.get(i); if (e.getName().equalsIgnoreCase(name)) { ellipsoids.remove(i); return e; } } return null; } public Ellipsoid editEllipsoid(String name, double a, double b, double c) { for (int i = 0; i < ellipsoids.size(); i++) { Ellipsoid e = ellipsoids.get(i); if (e.getName().equalsIgnoreCase(name)) { return e; } } return null; } public ArrayList<Ellipsoid> getList() { return ellipsoidList; } /** * Create a EllipsoidList object. * @param listIn for listName * @param ellipsoidListIn for ellipsoidList */ public EllipsoidList(String listIn, ArrayList<Ellipsoid> ellipsoidListIn) { list = listIn; ellipsoidList = new ArrayList<Ellipsoid>(); for (Ellipsoid e : ellipsoidListIn) { ellipsoidList.add(e); } } //methods /** * @return the list name */ public String getName() { return list; } /** * @return the list name */ public int numberOfEllipsoids() { return ellipsoidList.size(); } /** * @return the list name */ public double totalVolume() { double total = 0; //use for each loop for (Ellipsoid e : ellipsoidList) { if (e != null) { total += (e.volume()); } } // return the total volume return total; } /** * counts the total. * * @return totalSurfaceArea */ public double totalSurfaceArea() { double total = 0; //use for each loop for (Ellipsoid e : ellipsoidList) { if (e != null) { total += (e.surfaceArea()); } } return total; } /** * finds. * * @return averageVolume */ public double averageVolume() { if (this.numberOfEllipsoids() == 0) { return 0; } else { return this.totalVolume() / this.numberOfEllipsoids(); } } /** * finds. * * @return averageSurfaceArea */ public double averageSurfaceArea() { if (this.numberOfEllipsoids() == 0) { return 0; } else { return this.totalSurfaceArea() / this.numberOfEllipsoids(); } } /** * gets a summary of the ellipsoid in the list. * * @return summaryInfo */ public String toString() { String result = getName() + "\n"; int index =.

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