public class ElementRunner2 {

	public static void main(String[] args) {
		System.out.println("Combination # 1 - Nitrogen and Hydrogen");
		Element hydrogen = new Element();
		Element nitrogen = new Element("Nitrogen", true, 7, -3, "N");
		nitrogen.combine(hydrogen);
		System.out.println("\nCombination # 2 - Iron and Oxygen");
		Element iron =new Element("Iron", "Fe", 2);
		iron.setAtomicNumber(26);
		Element oxygen = new Element("Oxygen", true, 8, -2, "O");
		iron.combine(oxygen);
		System.out.println("\nCombination # 3 - Magnesium and Phosphorus");
		Element magnesium = new Element("Magnesium", "Mg", 2);
		Element phosphorus = new Element("Phosphorus", "P", 0);
		phosphorus.setValence(-3);
		phosphorus.combine(magnesium);
		System.out.println("\nCombination # 4 - Ruthenium and Oxygen");
		Element ruthenium = new Element();
		ruthenium.setName("Ruthenium");	
		ruthenium.setValence(8);
		ruthenium.setSymbol("Ru");
		oxygen.combine(ruthenium);
		System.out.println("\nCombination # 5 - Flerovium and Silver");
		Element flerovium = new Element("Flerovium", false, 114, 2, "Fl");
		Element silver = new Element("Silver", "Ag", 4);
		flerovium.combine(silver);
		System.out.println("\nCombination # 6 - Xenon and Niobium");
		Element xenon = new Element("Xenon", true, 54, 0, "Xe");
		Element niobium = new Element();
		niobium.setName("Niobium");
		niobium.setValence(5);
		niobium.setNatural(true);
		niobium.setSymbol("Nb");
		niobium.setAtomicNumber(41);
		niobium.combine(xenon);
		System.out.println("\nCombination # 7 - Tennessine and Tungsten");
		Element tennessine = new Element("Tennessine", false, 117, -1, "Ts");
		Element tungsten = new Element("Tungsten", true, 74, +6, "W");
		tungsten.combine(tennessine);

	}

}