elements.h

#include <stdio.h>

#include <string.h>

#include <stdlib.h>


struct element 
{
	
char name[20];
	
char symbol[4];
	
int atomicnum;
	
float atomicwt;

}
atom[118];


extern void table() 
{
	
strcpy(atom[0].name,"HYDROGEN");
	
strcpy(atom[0].symbol,"H");
	
atom[0].atomicnum=1;
	
atom[0].atomicwt=1.008;

	
strcpy(atom[1].name,"HELIUM");
	
strcpy(atom[1].symbol,"He");
	
atom[1].atomicnum=2;
	
atom[1].atomicwt=4.00;

strcpy(atom[2].name,"LITHIUM");
	
strcpy(atom[2].symbol,"Li");
	
atom[2].atomicnum=3;
	
atom[2].atomicwt=6.94;
strcpy(atom[3].name,"BERYLLIUM");
	
strcpy(atom[3].symbol,"Be");
	
atom[3].atomicnum=4;
	
atom[3].atomicwt=9.01;
strcpy(atom[4].name,"BORON");
	
strcpy(atom[4].symbol,"B");
	
atom[4].atomicnum=5;
	
atom[4].atomicwt=10.81;
strcpy(atom[5].name,"CARBON");
	
strcpy(atom[5].symbol,"C");
	
atom[5].atomicnum=6;
	
atom[5].atomicwt=12.01;
strcpy(atom[6].name,"NITROGEN");
	
strcpy(atom[6].symbol,"N");
	
atom[6].atomicnum=7;
	
atom[6].atomicwt=14.00;
strcpy(atom[7].name,"OXYGEN");
	
strcpy(atom[7].symbol,"O");
	
atom[7].atomicnum=8;
	
atom[7].atomicwt=15.59;
strcpy(atom[8].name,"FLUORINE");
	
strcpy(atom[8].symbol,"F");
	
atom[8].atomicnum=9;
	
atom[8].atomicwt=18.99;

strcpy(atom[9].name,"NEON");
	
strcpy(atom[9].symbol,"Ne");
	
atom[9].atomicnum=10;
	
atom[9].atomicwt=20.18;
strcpy(atom[10].name,"SODIUM");
	
strcpy(atom[10].symbol,"Na");
	
atom[10].atomicnum=11;
	
atom[10].atomicwt=22.99;
strcpy(atom[11].name,"MAGNESIUM");
	
strcpy(atom[11].symbol,"Mg");
	
atom[11].atomicnum=12;
	
atom[11].atomicwt=24.30;
strcpy(atom[12].name,"ALUMINIUM");
	
strcpy(atom[12].symbol,"Al");
	
atom[12].atomicnum=13;
	
atom[12].atomicwt=1.008;


strcpy(atom[13].name,"SILICON");
	
strcpy(atom[13].symbol,"Si");
	
atom[13].atomicnum=14;
	
atom[13].atomicwt=28.08;
strcpy(atom[14].name,"PHOSPHOROUS");
	
strcpy(atom[14].symbol,"P");
	
atom[14].atomicnum=15;
	
atom[14].atomicwt=30.97;
strcpy(atom[15].name,"SULPHUR");
	
strcpy(atom[15].symbol,"S");
	
atom[15].atomicnum=16;
	
atom[15].atomicwt=32.06;
strcpy(atom[16].name,"CHLORINE");
	
strcpy(atom[16].symbol,"Cl");
	
atom[16].atomicnum=17;
	
atom[16].atomicwt=35.45;
strcpy(atom[17].name,"ARGON");
	
strcpy(atom[17].symbol,"Ar");
	
atom[17].atomicnum=18;
	
atom[17].atomicwt=39.94;
strcpy(atom[18].name,"POTASSIUM");
	
strcpy(atom[18].symbol,"K");
	
atom[18].atomicnum=19;
	
atom[18].atomicwt=39.09;
strcpy(atom[19].name,"CALICUM");
	
strcpy(atom[19].symbol,"Ca");
	
atom[19].atomicnum=20;
	
atom[19].atomicwt=40.07;
strcpy(atom[20].name,"SCANDIUM");
	
strcpy(atom[20].symbol,"Sc");
	
atom[20].atomicnum=21;
	
atom[20].atomicwt=44.95;

strcpy(atom[21].name,"TITANIUM");
	
strcpy(atom[21].symbol,"Ti");
	
atom[21].atomicnum=22;
	
atom[21].atomicwt=47.86;
strcpy(atom[22].name,"VANADIUM");
	
strcpy(atom[22].symbol,"V");
	
atom[22].atomicnum=23;
	
atom[22].atomicwt=50.94;
strcpy(atom[23].name,"CHROMIUM");
	
strcpy(atom[23].symbol,"Cr");
	
atom[23].atomicnum=24;
	
atom[23].atomicwt=51.99;
strcpy(atom[24].name,"MANGANESE");
	
strcpy(atom[24].symbol,"Mg");
	
atom[24].atomicnum=25;
	
atom[24].atomicwt=54.84;
strcpy(atom[25].name,"IRON");
	
strcpy(atom[25].symbol,"Fe");
	
atom[25].atomicnum=26;
	
atom[25].atomicwt=55.84;

strcpy(atom[26].name,"COBALT");
	
strcpy(atom[26].symbol,"Co");
	
atom[26].atomicnum=27;
	
atom[26].atomicwt=58.93;
strcpy(atom[27].name,"NICKEL");
	
strcpy(atom[27].symbol,"Ni");
	
atom[27].atomicnum=28;
	
atom[27].atomicwt=58.69;
strcpy(atom[28].name,"COPPER");
	
strcpy(atom[28].symbol,"Cu");
	
atom[28].atomicnum=29;
atom[28].atomicwt=63.54;
strcpy(atom[29].name,"ZINC");
	
strcpy(atom[29].symbol,"Zn");
	
atom[29].atomicnum=30;
	
atom[29].atomicwt=65.39;
strcpy(atom[30].name,"GALLIUM");
	
strcpy(atom[30].symbol,"Ga");
	
atom[30].atomicnum=31;
	
atom[30].atomicwt=69.72;

strcpy(atom[31].name,"GERMANIUM");
	
strcpy(atom[31].symbol,"Ge");
	
atom[31].atomicnum=32;
	
atom[31].atomicwt=72.64;
strcpy(atom[32].name,"ARSENIC");
	
strcpy(atom[32].symbol,"As");
	
atom[32].atomicnum=33;
	
atom[32].atomicwt=74.92;
strcpy(atom[33].name,"SELENIUM");
	
strcpy(atom[33].symbol,"Se");
	
atom[33].atomicnum=34;
	
atom[33].atomicwt=78.96;

strcpy(atom[34].name,"BROMINE");
	
strcpy(atom[34].symbol,"Br");
	
atom[34].atomicnum=35;
	
atom[34].atomicwt=79.90;

strcpy(atom[35].name,"KRYPTON");
	
strcpy(atom[35].symbol,"Kr");
	
atom[35].atomicnum=36;
	
atom[35].atomicwt=83.80;
strcpy(atom[36].name,"RUBIDIUM");
	
strcpy(atom[36].symbol,"Rb");
	
atom[36].atomicnum=37;
	
atom[36].atomicwt=85.46;
strcpy(atom[37].name,"STRONTIUM");
	
strcpy(atom[37].symbol,"Sr");
	
atom[37].atomicnum=38;
	
atom[37].atomicwt=87.62;
strcpy(atom[38].name,"YTTRIUM");
	
strcpy(atom[38].symbol,"Y");
	
atom[38].atomicnum=39;
	
atom[38].atomicwt=88.90;

strcpy(atom[39].name,"ZIRCONIUM");
	
strcpy(atom[39].symbol,"Zr");
	
atom[39].atomicnum=40;
	
atom[39].atomicwt=91.22;
strcpy(atom[40].name,"NIOBIUM");
	
strcpy(atom[40].symbol,"Nb");
	
atom[40].atomicnum=41;
	
atom[40].atomicwt=92.90;
strcpy(atom[41].name,"MOLYBDENUM");
	
strcpy(atom[41].symbol,"Mo");

atom[41].atomicnum=42;
	
atom[41].atomicwt=95.94;
strcpy(atom[42].name,"TECHNETIUM");
	
strcpy(atom[42].symbol,"Tc");
	
atom[42].atomicnum=43;
	
atom[42].atomicwt=98.00;
strcpy(atom[43].name,"RUTHENIUM");
	
strcpy(atom[43].symbol,"Ru");
	
atom[43].atomicnum=44;
	
atom[43].atomicwt=101.07;

strcpy(atom[44].name,"RHODIUM");
	
strcpy(atom[44].symbol,"Rh");
	
atom[44].atomicnum=45;
	
atom[44].atomicwt=102.90;
strcpy(atom[45].name,"PALLADIUM");
	
strcpy(atom[45].symbol,"Pd");
	
atom[45].atomicnum=46;
	
atom[45].atomicwt=106.42;

strcpy(atom[46].name,"SILVER");
	
strcpy(atom[46].symbol,"Ag");
	
atom[46].atomicnum=47;
	
atom[46].atomicwt=107.86;
strcpy(atom[47].name,"CADMIUM");
	
strcpy(atom[47].symbol,"Cd");
	
atom[47].atomicnum=48;
	
atom[47].atomicwt=112.41;
strcpy(atom[48].name,"INDIUM");
	
strcpy(atom[48].symbol,"In");
	
atom[48].atomicnum=49;
	
atom[48].atomicwt=114.81;
strcpy(atom[49].name,"TIN");
	
strcpy(atom[49].symbol,"Sn");
	
atom[49].atomicnum=50;
	
atom[49].atomicwt=118.71;
strcpy(atom[50].name,"ANTIMONY");
	
strcpy(atom[50].symbol,"Sb");
	
atom[50].atomicnum=51;
	
atom[50].atomicwt=121.76;
strcpy(atom[51].name,"TELLURIUM");
	
strcpy(atom[51].symbol,"Te");
	
atom[51].atomicnum=52;
	
atom[51].atomicwt=127.60;
strcpy(atom[52].name,"IODINE");
	
strcpy(atom[52].symbol,"I");
	
atom[52].atomicnum=53;
	
atom[52].atomicwt=126.90;
strcpy(atom[53].name,"XENON");
	
strcpy(atom[53].symbol,"Xe");
	
atom[53].atomicnum=54;
	
atom[53].atomicwt=131.29;
strcpy(atom[54].name,"CESIUM");
	
strcpy(atom[54].symbol,"Cs");
	
atom[54].atomicnum=55;
	
atom[54].atomicwt=132.906;
strcpy(atom[55].name,"BARIUM");
	
strcpy(atom[55].symbol,"Ba");
	
atom[55].atomicnum=56;
	
atom[55].atomicwt=137.372;
strcpy(atom[56].name,"LANTHANUM");
	
strcpy(atom[56].symbol,"La");
	
atom[56].atomicnum=57;
	
atom[56].atomicwt=138.906;

strcpy(atom[57].name,"CERIUM");
	
strcpy(atom[57].symbol,"Ce");
	
atom[57].atomicnum=58;
	
atom[57].atomicwt=140.116;

strcpy(atom[58].name,"PRASEODYMIUM");
	
strcpy(atom[58].symbol,"Pr");
	
	atom[58].atomicnum=59;
		
	atom[58].atomicwt=140.906;
	
	strcpy(atom[59].name,"NEODYMIUM");
		
	strcpy(atom[59].symbol,"Nd");
		
	atom[59].atomicnum=60;
		
	atom[59].atomicwt=144.240;
	
	strcpy(atom[60].name,"PROMETHIUM");
		
	strcpy(atom[60].symbol,"Pm");
		
	atom[60].atomicnum=61;
		
	atom[60].atomicwt=145.000;
	strcpy(atom[61].name,"SAMARIUM");
		
	strcpy(atom[61].symbol,"Sm");
		
	atom[61].atomicnum=62;
		
	atom[61].atomicwt=150.36;
	strcpy(atom[62].name,"EUROPIUM");
		
	strcpy(atom[62].symbol,"Eu");
		
	atom[62].atomicnum=63;
		
	atom[62].atomicwt=151.96;
	strcpy(atom[63].name,"GADOLINIUM");
		
	strcpy(atom[63].symbol,"Gd");
		
	atom[63].atomicnum=64;
		
	atom[63].atomicwt=157.25;
	strcpy(atom[64].name,"SAMARIUM");
		
	strcpy(atom[64].symbol,"Sm");
		
	atom[64].atomicnum=65;
		
	atom[64].atomicwt=150.36;
	strcpy(atom[65].name,"DYSPROSIUM");
		
	strcpy(atom[65].symbol,"Dy");
		
	atom[65].atomicnum=66;
		
	atom[65].atomicwt=162.50;
	strcpy(atom[66].name,"HOLMINM");
		
	strcpy(atom[66].symbol,"Ho");
		
	atom[66].atomicnum=67;
		
	atom[66].atomicwt=164.93;
	strcpy(atom[67].name,"ERBIUM");
		
	strcpy(atom[67].symbol,"Er");
		
	atom[67].atomicnum=68;
		
	atom[67].atomicwt=167.25;
	strcpy(atom[68].name,"THULIUM");
		
	strcpy(atom[68].symbol,"Tm");
		
	atom[68].atomicnum=69;
		
	atom[68].atomicwt=168.93;
	strcpy(atom[69].name,"YTTERBIUM");
		
	strcpy(atom[69].symbol,"Yb");
		
	atom[69].atomicnum=70;
		
	atom[69].atomicwt=173.04;
	strcpy(atom[70].name,"LUTETIUM");
		
	strcpy(atom[70].symbol,"Lu");
		
	atom[70].atomicnum=71;
		
	atom[70].atomicwt=174.96;
	strcpy(atom[71].name,"HAFNIUM");
		
	strcpy(atom[71].symbol,"Hf");
		
	atom[71].atomicnum=72;
		
	atom[71].atomicwt=178.49;
	strcpy(atom[72].name,"TANTALUM");
		
	strcpy(atom[72].symbol,"Ta");
		
	atom[72].atomicnum=73;
		
	atom[72].atomicwt=180.94;
	strcpy(atom[73].name,"TUNGSTEN");
		
	strcpy(atom[73].symbol,"Lu");
		
	atom[73].atomicnum=74;
		
	atom[73].atomicwt=174.96;
	strcpy(atom[74].name,"RHENIUM");
		
	strcpy(atom[74].symbol,"Re");
		
	atom[74].atomicnum=75;
		
	atom[74].atomicwt=186.84;
	
	
	strcpy(atom[75].name,"OSMIUM");
		
	strcpy(atom[75].symbol,"Os");
		
	atom[75].atomicnum=76;
		
	atom[75].atomicwt=190.23;
	
	
	strcpy(atom[76].name,"IRIDIUM");
		
	strcpy(atom[76].symbol,"Ir");
		
	atom[76].atomicnum=77;
		
	atom[76].atomicwt=192.21;
	strcpy(atom[77].name,"PLATINUM");
		
	strcpy(atom[77].symbol,"Pt");
		
	atom[77].atomicnum=78;
		
	atom[77].atomicwt=195.07;
	strcpy(atom[78].name,"GOLD");
		
	strcpy(atom[78].symbol,"Au");
		
	atom[78].atomicnum=79;
		
	atom[78].atomicwt=196.96;
	strcpy(atom[79].name,"MERCURY");
		
	strcpy(atom[79].symbol,"Hg");
		
	atom[79].atomicnum=80;
		
	atom[79].atomicwt=200.59;
	strcpy(atom[80].name,"THALLIUM");
		
	strcpy(atom[80].symbol,"Tl");
		
	atom[80].atomicnum=81;
		
	atom[80].atomicwt=201.38;
	
	
	
	
	
	
	
	
	
	
	strcpy(atom[81].name,"LEAD");
		
	strcpy(atom[81].symbol,"Pb");
		
	atom[81].atomicnum=82;
		
	atom[81].atomicwt=201.20;
	
	
	strcpy(atom[82].name,"BISMITH");
		
	strcpy(atom[82].symbol,"Bi");
		
	atom[82].atomicnum=83;
		
	atom[82].atomicwt=208.98;
	
	
	strcpy(atom[83].name,"POLONIUM");
		
	strcpy(atom[83].symbol,"Po");
		
	atom[83].atomicnum=84;
		
	atom[83].atomicwt=209.00;
	
	
	strcpy(atom[84].name,"Astatine");
		
	strcpy(atom[84].symbol,"At");
		
	atom[84].atomicnum=85;
		
	atom[84].atomicwt=210.00;
	
	
	strcpy(atom[85].name,"RADON");
		
	strcpy(atom[85].symbol,"Rn");
		
	atom[85].atomicnum=86;
		
	atom[85].atomicwt=222.00;
	
	
	strcpy(atom[86].name,"FRANCIUM");
		
	strcpy(atom[86].symbol,"Fr");
		
	atom[86].atomicnum=87;
		
	atom[86].atomicwt=223.00;
	
	
	strcpy(atom[87].name,"RADIUM");
		
	strcpy(atom[87].symbol,"Ra");
		
	atom[87].atomicnum=88;
		
	atom[87].atomicwt=226.00;
	
	
	strcpy(atom[88].name,"ACTINIUM");
		
	strcpy(atom[88].symbol,"Ac");
		
	atom[88].atomicnum=89;
		
	atom[88].atomicwt=227.00;
	
	
	strcpy(atom[89].name,"THORIUM");
		
	strcpy(atom[89].symbol,"Th");
		
	atom[89].atomicnum=90;
		
	atom[89].atomicwt=232.03;
	strcpy(atom[90].name,"PROTACTINIUM");
		
	strcpy(atom[90].symbol,"Pa");
		
	atom[90].atomicnum=91;
		
	atom[90].atomicwt=231.03;
	
	
	
	
	strcpy(atom[91].name,"URANIUM");
		
	strcpy(atom[91].symbol,"U");
		
	atom[91].atomicnum=92;
		
	atom[91].atomicwt=238.02;
	
	
	
	
	strcpy(atom[92].name,"NEPTUNIUM");
		
	strcpy(atom[92].symbol,"Np");
		
	atom[92].atomicnum=93;
		
	atom[92].atomicwt=237.00;
	
	
	
	
	strcpy(atom[93].name,"PLUTONIUM");
		
	strcpy(atom[93].symbol,"Pu");
		
	atom[93].atomicnum=94;
		
	atom[93].atomicwt=244.00;
	
	
	
	
	strcpy(atom[94].name,"AMERICIUM");
		
	strcpy(atom[94].symbol,"Am");
		
	atom[94].atomicnum=95;
		
	atom[94].atomicwt=243.00;
	strcpy(atom[95].name,"CURIUM");
		
	strcpy(atom[95].symbol,"Cm");
		
	atom[95].atomicnum=96;
		
	atom[95].atomicwt=247.00;
	
	
	
	
	
	
	
	
	strcpy(atom[96].name,"BERKELIUM");
		
	strcpy(atom[96].symbol,"Bk");
		
	atom[96].atomicnum=97;
		
	atom[96].atomicwt=247.00;
	
	
	
	
	strcpy(atom[97].name,"CALIFONIUM");
		
	strcpy(atom[97].symbol,"Cf");
		
	atom[97].atomicnum=98;
		
	atom[97].atomicwt=251.00;
	
	
	
	
	strcpy(atom[98].name,"EINSTEINIUM");
		
	strcpy(atom[98].symbol,"Es");
		
	atom[98].atomicnum=99;
		
	atom[98].atomicwt=252.00;
	
	
	
	
	strcpy(atom[99].name,"FERMIUM");
		
	strcpy(atom[99].symbol,"Fm");
		
	atom[99].atomicnum=257.00;
		
	atom[99].atomicwt=231.03;
	
	
	
	
	strcpy(atom[100].name,"MENDELEVIUM");
		
	strcpy(atom[100].symbol,"Md");
		
	atom[100].atomicnum=101;
		
	atom[100].atomicwt=258.00;
	
	
	
	
	strcpy(atom[101].name,"NOBELIUM");
		
	strcpy(atom[101].symbol,"Np");
		
	atom[101].atomicnum=102;
		
	atom[101].atomicwt=259.00;
	
	
	
	
	strcpy(atom[102].name,"LAWRENCIUM");
		
	strcpy(atom[102].symbol,"Lr");
		
	atom[102].atomicnum=103;
		
	atom[102].atomicwt=262.00;
	
	
	
	
	strcpy(atom[103].name,"RUTHERFORDIUM");
		
	strcpy(atom[103].symbol,"Rf");
		
	atom[103].atomicnum=104;
		
	atom[103].atomicwt=261.00;
	
	
	
	
	strcpy(atom[104].name,"DUBNIUM");
		
	strcpy(atom[104].symbol,"Db");
		
	atom[104].atomicnum=105;
		
	atom[104].atomicwt=262.00;
	strcpy(atom[105].name,"SEABORGIUM");
		
	strcpy(atom[105].symbol,"Sg");
		
	atom[105].atomicnum=106;
		
	atom[105].atomicwt=266.00;
	
	
	
	
	strcpy(atom[106].name,"BOHRIUM");
		
	strcpy(atom[106].symbol,"Bh");
		
	atom[106].atomicnum=107;
		
	atom[106].atomicwt=264.00;
	
	
	
	
	strcpy(atom[107].name,"HASSSIUM");
		
	strcpy(atom[107].symbol,"Hs");
		
	atom[107].atomicnum=108;
		
	atom[107].atomicwt=277.00;
	strcpy(atom[108].name,"Meinerium");
		
	strcpy(atom[108].symbol,"Mt");
		
	atom[108].atomicnum=109;
		
	atom[108].atomicwt=268.00;


}