Periodic Table.py

perDict = {"Hydrogen":"Symbol: H\nElement Number: 01 \nNumber Of Protons/Electrons: 01\nNumber Of Neutrons: 0\nDistribution Of Electrons: 1",
           "Helium":"Symbol: He\nElement Number: 02 \nNumber Of Protons/Electrons: 02\nNumber Of Neutrons: 02\nDistribution Of Electrons: 2",
           "Lithium":"Symbol: Li\nElement Number: 03 \nNumber Of Protons/Electrons: 03\nNumber Of Neutrons: 04\nDistribution Of Electrons: 2, 1",
           "Barylium":"Symbol: Be\nElement Number: 04 \nNumber Of Protons/Electrons: 04\nNumber Of Neutrons: 05\nDistribution Of Electrons: 2, 2",
           "Boron":"Symbol: B\nElement Number: 05 \nNumber Of Protons/Electrons: 05\nNumber Of Neutrons: 06\nDistribution Of Electrons: 2, 3",
           "Carbon":"Symbol: C\nElement Number: 06 \nNumber Of Protons/Electrons: 06\nNumber Of Neutrons: 06\nDistribution Of Electrons: 2, 4",
           "Nitrogen":"Symbol: N\nElement Number: 07 \nNumber Of Protons/Electrons: 07\nNumber Of Neutrons: 07\nDistribution Of Electrons: 2, 5",
           "Oxygen":"Symbol: O\nElement Number: 08 \nNumber Of Protons/Electrons: 08\nNumber Of Neutrons: 08\nDistribution Of Electrons: 2, 6",
           "Florine":"Symbol: F\nElement Number: 09 \nNumber Of Protons/Electrons: 09\nNumber Of Neutrons: 10\nDistribution Of Electrons: 2, 7",
           "Niyon":"Symbol: Ne\nElement Number: 10 \nNumber Of Protons/Electrons: 10\nNumber Of Neutrons: 10\nDistribution Of Electrons: 2, 8",
           "Sodium":"Symbol: Na\nElement Number: 11 \nNumber Of Protons/Electrons: 11\nNumber Of Neutrons: 12\nDistribution Of Electrons: 2, 8, 1",
           "Magnesium":"Symbol: Mg\nElement Number: 12\nNumber Of Protons/Electrons: 12\nNumber Of Neutrons: 12\nDistribution Of Electrons: 2, 8, 2",
           "Aluminum":"Symbol: Al\nElement Number: 13\nNumber Of Protons/Electrons: 13\nNumber Of Neutrons: 14\nDistribution Of Electrons: 2, 8, 3",
           "Silicon":"Symbol: Si\nElement Number: 14\nNumber Of Protons/Electrons: 14\nNumber Of Neutrons: 14\nDistribution Of Electrons: 2, 8, 4",
           "Phosphorus":"Symbol: P\nElement Number: 15\nNumber Of Protons/Electrons: 15\nNumber Of Neutrons: 16\nDistribution Of Electrons: 2, 8, 5",
           "Sulfur":"Symbol: S\nElement Number: 16\nNumber Of Protons/Electrons: 16\nNumber Of Neutrons: 16\nDistribution Of Electrons: 2, 8, 6",
           "Chlorine":"Symbol: Cl\nElement Number: 17\nNumber Of Protons/Electrons: 17\nNumber Of Neutrons: 18\nDistribution Of Electrons: 2, 8, 7",
           "Argon":"Symbol: Ar\nElement Number: 18\nNumber Of Protons/Electrons: 18\nNumber Of Neutrons: 22\nDistribution Of Electrons: 2, 8, 8",
           "Potassium":"Symbol: K\nElement Number: 19\nNumber Of Protons/Electrons: 19\nNumber Of Neutrons: 20\nDistribution Of Electrons: 2, 8, 8, 1",
           "Calcium":"Symbol: Ca\nElement Number: 20\nNumber Of Protons/Electrons: 20\nNumber Of Neutrons: 20\nDistribution Of Electrons: 2, 8, 8, 2",
           "Scandium":"Symbol: Sc\nElement Number: 21\nNumber of Protons/Electrons: 21\nNumber of Neutrons:21\nDistribution of Electrons: 2, 8, 9, 2",
           }
print("NOTE:-- Note That The Element Name's First Alphabet I Must Be Capital")
def func():
    itP = input("Please Enter The Element Name ")
    print(perDict[itP])
func()
pk = input("You Want To Exit?(Y/N)")
if pk=='y' or 'Y':
    pass
else:
    print("You Have To Exit")