Roletas Paulling

This educational digital game aims to stimulate skills in the player/student Player to perform the "Electronic Distribution" of any chemical element of the periodic table in a fun and attractive way.

The Game consists of 06 (six) roulettes where each roulette is assigned a function in the game referring to the Electronic Distribution content.

The JDE – Pauling Roulettes is composed of 06 (six) roulettes where each roulette is assigned a role in the game referring to the Electronic Distribution content.

Roulette 01: is represented by the principal quantum number (n) or energy levels, that is, each level supports a certain amount of electrons (e-) in its valence shell. (1 – Layer K = 2 e- (electrons); 2 – Layer L = 8 e- (electrons); 3 – Layer M = 18 e- (electrons); 4 – Layer N = 32 e- (electrons); 5 – Layer O = 32 e- (electrons); 6 – Layer P = 18 e- (electrons); 7 – Layer Q = 8 e- (electrons)).

Figure 01: Principal Quantum Number (n) or Energy Levels;

Roulette 02: the function of sub-energy levels (s,p,d,f) is assigned, each of which supports a certain amount of electrons (e-). The sub-levels were categorized by color, where the sub-level is s (blue), p (red), d (green) and f (orange). In relation to the “Periodic Table”, the energy levels are listed in each column, that is, in each family.

Secondary Quantum Number or Sub Energy Levels;

Roulettes 03, 04, 05 and 06 refers to the amount of electrons (e-) that the s, p, def sublevel can support, the first being (Roulette 03), up to 02 electrons (e-), then ( Roulette 04) up to 06 electrons (e-), the third (Roulette 05) up to 10 electrons (e-), and finally (Roulette 06), up to 14 electrons (e-).

Roulette 03 - Number of electrons (e-) of the s sublevel;

Roulette 04 - Number of electrons (e-) in the p sublevel;

Roulette 05 - Number of electrons (e-) of sublevel d;

Roulette 06 - Number of electrons (e-) of the f sublevel.