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Home Apps Educational Learning Tabel Periodik Unsur Kimia
Tabel Periodik Unsur Kimia

Tabel Periodik Unsur Kimia

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  • Version 1.0
  • Category Educational Learning
  • Package Name com.donbull.tabelpriodikunsur
  • Update Time June 25, 2025
  • Size 4.32MB
About this app

Periodic Table of Chemical Elements Complete with an explanation of each element

Dear buddy count, this is the application of a complete chemical chemical table. This application is in the form of a complete periodic table. To use it is very easy to tiggal tabs on the elements you want to see, a complete popup will appear about these elements. Starting from the atomic number, the distribution of electron leather, the name of the element, group, the element group, the atomic weight, the configuration, the valence electron, the atomic radius, the radius of the ion, the ionization energy, the boiling point, the melting point, the history of the discovery of the elements, the year of the discovery, the source of the element and the usefulness and benefits. Super complete anyway. The application of Tabel Periodik Unsur Kimia is very easy to use to help you learn at home. For example, the boron element tab friend in the periodic table application of the element will appear data:

Overview

Element Name: Boron

Symbols: b

Atomic Number: 5

Group: Non-logam

Group: 3A

Atomic property

Atomic weight: 10,811

Density: 2.34 g/cm3

Crystal structure: rhombohedral

Electron Cofiguration: 2,3

Valence Electrons: 3

Orbital: [He] 2s2 2p1

Atomic radius: 1.17 angstrum

Ion radius: .23 (+3) Angstrum

Atom Volume: 04.6 cm3/mol

Electronegativity: 2.04

Ionization Energy I: 8,2980 V

Ionization energy II: 25,154 v

Ionization energy III: 37.93 v

Oxidation number: 3

Thermodynamics

Boiling point: 4000 ° C

Melting point: 2079 ° C

Heat Type: 1.02 J/GK

Steam heat: 489.70 kJ/mol

Melting heat: 50.20 kJ/mol

Heat conductivity: 0.270 w/cmk

History

Inventor: Sir H. Davy, Jl Gay-Lussac, Lj Thã © Nard

Year: 1808 in England / France

Source

Obtained from Kernite, a kind of borax (Na2B4O7.10H2O). Boron with a high level of purity is produced by electrolysis of melted potassium fluroborate and potassium chloride (KCl).

Utility

Used with titanium & tungsten to make heat resistant alloy material for jet & rocket.

Hopefully useful, friend, this application table for this chemical element ...: D

Download(4.32MB)
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