M4xi1m3 / nw-atom

A port of TI83PCE's "Periodic" app, for the numworks.
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Améliorations #1

Open EncryptCrystal opened 4 years ago

EncryptCrystal commented 4 years ago

Informations de base :

Informations Secondaires (afficher/enlever avec une touche X)

(Pensé avec @Dogm)

maelhos commented 4 years ago

L'idée me plais ... je commence à l'implementer ...

maelhos commented 4 years ago

Jutse ... je suis pas bon physicien ... les valeurs des tailles : https://en.wikipedia.org/wiki/Atomic_radius le deusième tableau c sa ...

maelhos commented 4 years ago

@A2drien Voici ce que je te propose : tu me fair un tableau excel ou ce que tu veu avec les valeurs et je te code ... g fait une forks avec la taille en pm des atomes

RedGl0w commented 4 years ago

J'ai déjà commencer à travailler sur les sous-couchess, mais je n'ai pas encore push

gjmcclure commented 4 years ago

Minor issue, Iodine seems to be listed as Indine!

nNoidea commented 4 years ago

Would be cool to also have 'oxidation states', but with the most common (main oxidation states) state coming first, as an example: 'Cu: +2, +1, −2, 0, +3, +4'.

Wikipedia could be a great source for finding the relevant information, it even has a https://en.wikipedia.org/wiki/Template:List_of_oxidation_states_of_the_elements to make things easier.

However, Wikipedia's information might be not relevant to what middelschool students see in chemistry. I just had to know (in 2019 as a science student (idk the perfect English term for it)) that copper had +2 and +1 as oxidation states. I never had to think about other possibilities. So, I feel like TI has more "useful-ish" information for middelschool students to work with.

Maybe 2 lists 'Basic' and 'Advanced'? Where one of it shows the oxidation states 'Ti Periodic Able app' style and the other one with all the possible states ever.