1.js.txt

var a = new Array();

 a[0] = 1;
 a[1] = "H";
 a[2] = "Wasserstoff";
 a[3] = "Wasserstoff";
 a[4] = "Hydrogen";
 a[5] = "Hydrogenium";
 a[6] = "Alkalimetalle";
 a[7] = 1;
 a[8] = 1;
 a[9] = 1.00794;
 a[10] = "Cavendish";
 a[11] = 1766;
 a[12] = "natürlich";
 a[13] = 0.0088;
 a[14] = "1333-74-0";
 a[15] = 25; //pm
 a[16] = 53; //pm
 a[17] = 37;
 a[18] = 120;
 a[19] = 14.10; //cm³/mol
 a[20] = 1312; // kJ/mol
 a[21] = "I, -I";
 a[22] = 2.2;
 a[23] = 208; //pm
 a[24] = 0.01; //eV/Teilchen
 a[25] = 2;
 a[26] = 2;
 a[27] = 1;
 a[28] = "1s";
 a[29] = 14.2; //K
 a[30] = 20.28; //K
 a[31] = "gasförmig";
 a[32] = "hexagonal";
 a[33] = "Nichtmetall";
 a[34] = 0.0585; // kJ/mol
 a[35] = 0.4581; // kJ/mol
 a[36] = 14.304;
 a[37] = 14.304;
 a[38] = 0.00008988;
 
var c1 = new Array(); //Isotop

 c1[0] = 1;
 c1[1] = 2;

var c2 = new Array(); //Isotop Häufigkeit
 
 c2[0] = 0.99985;
 c2[1] = 0.00015;
 
var d1 = new Array; //radioaktive Isotope

 d1[0] = 3;
 
var d2 = new Array; //Halbwertszeit

 d2[0] = 12.346; //a
 
var e1 = new Array(); //Hauptlinien im Spektrum
 
 e1[0] = 410.20;
 e1[1] = 434.00;
 e1[2] = 486.13;
 e1[3] = 656.28;
 
 var h = new Array(); //h-Sätze

 h[0] = 220;
 h[1] = 280;

var p = new Array(); //p-Sätze

 p[0] = 210;
 p[1] = 377;
 p[2] = 381;
 p[3] = 403;