The periodic system of the elements in our three-dimensional world is based on the four electron quantym numbers n = 1,2,3,….1 = 0,1..n -1,m = 0, +- 1, +-2…+-1 and s = +- 1//2. In Flatlandia a twodimensional world, the periodic system in thus based on three electron quantum numbers: n = 1,2,3...m_(1) = 0, +- 1,+-2...+-(n-1), and s = +-1//2 where m_(1) plays the combined role of 1 and m_(1) of the three dimensional world. The followingtakes relate to this two-dimensional world, where the chemical and physical experience obtained from our world is supposed to be still applicable. Draw the first four periods of the Flatlandian periodic table of the elements. Number them according to their nuclear charge. Use the atomic numbers (Z) as symbols of the specific element. Write the electron configuration for each element.

The periodic system of the elements in our three-dimensional world is

1.	The periodic system of the elements in our three-dimensional world is based on the four electron quantym numbers n = 1,2,3,….1 = 0,1..n -1,m = 0, +- 1, +-2…+-1 and s = +- 1//2. In Flatlandia a twodimensional world, the periodic system in thus based on three electron quantum numbers: n = 1,2,3...m_(1) = 0, +- 1,+-2...+-(n-1), and s = +-1//2 where m_(1) plays the combined role of 1 and m_(1) of the three dimensional world. The followingtakes relate to this two-dimensional world, where the chemical and physical experience obtained from our world is supposed to be still applicable. Draw the first four periods of the Flatlandian periodic table of the elements. Number them according to their nuclear charge. Use the atomic numbers (Z) as symbols of the specific element. Write the electron configuration for each element.
Answer» ANSWER :In the two DIMENSIONAL world and not the electron QUANTUM numbers GIVEN, we OBTAIN the following Flatlandian periodic table: `(##RES_INO_CHM_XI_C01_E01_283_A01##)`