element questions generating function

def getSpecial(num,index):
        while index >0:
                index-=1
                num//=2
        return num
def printFacts(name,symbol,atomicNum, period, group,bypass=dict()):
        factTuple= (name, symbol, str(atomicNum), "Period "+str(period)+", Group "+str(group))
        jTuple=("the name","the symbol","the atomic number","the Period and Group")
        for I in range(4):
                if I==0:
                        end=" of the element "+name+"?:"
                        rev=". What is that element's name?"
                elif I==1:
                        end=" of the element with symbol "+symbol+"?:"
                        rev=". What is that element's symbol?"
                elif I==2:
                        end=" of the element with atomic number "+factTuple[2]+"?:"
                        rev=". What is that element's atomic number?"
                else:
                        end=" of the element in "+factTuple[3]+"?:"
                        rev=". What Period and group is this element in?"
                for J in range(4):
                        if I==J or J in bypass.get(I):
                                continue
                        print("What is "+jTuple[J]+end+factTuple[J]+rev)

factSet ={("Aluminum"  ,"Al",13,3,13),("Argon"    ,"Ar",18,3,18),("Arsenic"  ,"As",33,4,15),("Barium"  ,"Ba",56,6, 2),
          ("Boron"     ,"B" ,5 ,2,13),("Bromine"  ,"Br",35,4,17),("Cadmium"  ,"Cd",48,5,12),("Calcium" ,"Ca",20,4, 2),
          ("Carbon"    ,"C" ,6 ,2,14),("Chlorine" ,"Cl",17,3,17),("Chromium" ,"Cr",24,4, 6),("Cobalt"  ,"Co",27,4, 9),
          ("Copper"    ,"Cu",29,4,11),("Fluorine" ,"F" ,9 ,2,17),("Gold"     ,"Au",79,6,11),("Helium"  ,"He",2 ,1,18),
          ("Hydogen"   ,"H" ,1 ,1, 1),("Iodine"   ,"I" ,53,5,17),("Iron"     ,"Fe",26,4, 8),("Lead"    ,"Pb",82,6,14),
          ("Lithium"   ,"Li",3 ,2, 1),("Magnesium","Mg",12,3, 2),("Manganese","Mn",25,4, 7),("Mercury" ,"Hg",80,6,12),
          ("Neon"      ,"Ne",10,2,18),("Nickel"   ,"Ni",28,4,10),("Nitrogen" ,"N" ,7 ,2,15),("Oxygen"  ,"O" ,8 ,2,16),
          ("Phosphorus","P" ,15,3,15),("Platinum" ,"Pt",78,6,10),("Potassium","K" ,19,4, 1),("Selenium","Se",34,4,16),
          ("Silicon"   ,"Si",14,3,14),("Silver"   ,"Ag",47,5,11),("Sodium"   ,"Na",11,3, 1),("Sulfur"  ,"S" ,16,16,3),
          ("Tin"       ,"Sn",50,5,14),("Tianium"  ,"Ti",81,6,13),("Uranium"  ,"U" ,92,7, 0),("Zinc"    ,"Zn",30,4,12)}
choiceDict= dict()
specialLists=((0,1,2),(0,3,4),(1,3,5),(2,4,5))
import random
for _ in range(40):
        temp=dict()
        seed=random.getrandbits(6)
        for i in range(4):
                subTemp=set()
                for j in range(4):
                        k=0
                        if i==j:
                                continue
                        if i<j:
                                k=1
                        include= (k+getSpecial(seed,(specialLists[i])[j-k]))%2
                        if include ==0:
                                subTemp.add(j)
                temp[i]=subTemp
        choiceDict[_]=temp

print("Choices complete")
_=0
while len(factSet) !=0:
        printFacts(*((factSet.pop())+(choiceDict.pop(_),)))
        _+=1