Since the groups and periods of the Periodic Table are directly correlated, 1 point
there is a specific ratio between them. For every 1.5 periods, there are 2
groups listed. The elements are all arranged specifically in this format. You
cannot have a specific period without a specific group. This is true even
with the periodicity, the pertinent trends, and everything else associated ☆
with the Periodic Table. Given this information, determine how many groups
there should be if there are 22 periods listed on a gigantic Periodic Table?