/*と最小公倍数
ソースコードは以下です。説明文に掲載できるように、＜と＞は使用していません。
*/


function biggerthan(a,b)
{
    if (min(a,b)==a and notEqual(a,b)==true)
    {
        return true;        
    }
    else
    {
        return false;
    }
}

function notEqual(a,b)
{
    if (a==b )
    {
        return false;        
    }
    else
    {
        return true;
    }
}
function GCD(a,b)
{

     if (biggerthan(a,b))
     {
         remaind = a;
         a = b;
         b = remaind;
     }

     while ( notEqual(b,0) )
     {
         remaind = mod(a,b);
         a = b;
         b = remaind;
     }
     return a;
}

function NewLCM(oldLCM,NewData)
{
    GCDtemp=GCD(oldLCM,NewData);
    ret=oldLCM*NewData/GCDtemp;
    return ret;
}

do
{
inputA=inputA1;
inputB=inputB1;
inputC=inputC1;
inputD=inputD1;
inputE=inputE1;
inputF=inputF1;
inputG=inputG1;
inputH=inputH1;
inputI=inputI1;
inputJ=inputJ1;
inputK=inputK1;

println(inputA,inputB,inputC,inputD,inputE,inputF,inputG,inputH,inputI,inputJ,inputK,0,0);

GCD0=inputA;
LCM0=inputA;

GCD1=GCD(GCD0,inputB);
LCM1=NewLCM(LCM0,inputB);
println(inputA,inputB,0,0,0,0,0,0,0,0,0,GCD1,LCM1);

GCD2=GCD(GCD1,inputC);
LCM2=NewLCM(LCM1,inputC);
println(inputA,inputB,inputC,0,0,0,0,0,0,0,0,GCD2,LCM2);

GCD3=GCD(GCD2,inputD);
LCM3=NewLCM(LCM2,inputD);
println(inputA,inputB,inputC,inputD,0,0,0,0,0,0,0,GCD3,LCM3);

GCD4=GCD(GCD3,inputE);
LCM4=NewLCM(LCM3,inputE);
println(inputA,inputB,inputC,inputD,inputE,0,0,0,0,0,0,GCD4,LCM4);

GCD5=GCD(GCD4,inputF);
LCM5=NewLCM(LCM4,inputF);
println(inputA,inputB,inputC,inputD,inputE,inputF,0,0,0,0,0,GCD5,LCM5);

GCD6=GCD(GCD5,inputG);
LCM6=NewLCM(LCM5,inputG);
println(inputA,inputB,inputC,inputD,inputE,inputF,inputG,0,0,0,0,GCD6,LCM6);

GCD7=GCD(GCD6,inputH);
LCM7=NewLCM(LCM6,inputH);
println(inputA,inputB,inputC,inputD,inputE,inputF,inputG,inputH,0,0,0,GCD7,LCM7);

GCD8=GCD(GCD7,inputI);
LCM8=NewLCM(LCM7,inputI);
println(inputA,inputB,inputC,inputD,inputE,inputF,inputG,inputH,inputI,0,0,GCD8,LCM8);

GCD9=GCD(GCD8,inputJ);
LCM9=NewLCM(LCM8,inputJ);
println(inputA,inputB,inputC,inputD,inputE,inputF,inputG,inputH,inputI,inputJ,0,GCD9,LCM9);

GCD10=GCD(GCD9,inputK);
LCM10=NewLCM(LCM9,inputK);
println(inputA,inputB,inputC,inputD,inputE,inputF,inputG,inputH,inputI,inputJ,inputK,GCD10,LCM10);



}
while(false);