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Kupfer Metall
Silber Metall
Gold Metall
Actinoide Metalle
+
Californium Metall
Plutonium Metall
Thorium Metall
Lanthanoide Metalle
+
Cer Metall
Erbium Metall
Gadolinium Metall
Beitrag Transition Metals
+
Wismut Metall
Blei Metall
Aluminium Metall
Erdalkalimetalle
+
Beryllium Metall
Kalzium Metall
Magnesium Metall
×
Lithium
☒
Rubidium
☒
☒
☒
☒
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Lithium
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Rubidium
Atomare Struktur von Lithium und Rubidium
Lithium
Rubidium
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Zusammenfassung
Periodentabelle
Fakten
Verwendungen
physikalisch
Chemisch
Atomar
Mechanische
Magnetische
Thermisch
Eigenschaften
Alle
1 Atomar
1.1 Atomzahl
Tennessine Atom..
⊕
▶
▼
3
Rank:
92
(Overall)
▶
37
Rank:
75
(Overall)
▶
▲
Lithium Atomare Struktur
⊕
▶
67
(Holmium Atoma..)
◀
▶
ADD ⊕
1.2 Elektronenkonfiguration
[He] 2s
1
[Kr] 5s
1
1.3 Kristallstruktur
Kubisch raumzentrierte
Kubisch raumzentrierte
1.3.1 Kristallgitter
1.4 Atom
1.4.1 Anzahl der Protonen
Tennessine Atom..
⊕
▶
▼
3
Rank:
91
(Overall)
▶
37
Rank:
74
(Overall)
▶
▲
Lithium Atomare Struktur
⊕
▶
67
(Holmium Atoma..)
◀
▶
ADD ⊕
1.4.2 Anzahl der Neutronen
Flerovium Atoma..
⊕
▶
▼
4
Rank:
68
(Overall)
▶
48
Rank:
56
(Overall)
▶
▲
Lithium Atomare Struktur
⊕
▶
98
(Holmium Atoma..)
◀
▶
ADD ⊕
1.4.3 Anzahl der Elektronen
Tennessine Atom..
⊕
▶
▼
3
Rank:
91
(Overall)
▶
37
Rank:
74
(Overall)
▶
▲
Lithium Atomare Struktur
⊕
▶
67
(Holmium Atoma..)
◀
▶
ADD ⊕
1.5 Radius eines Atoms
1.5.1 Atomradius
Cäsium Atomare ..
⊕
▶
▼
152,00 pm
Rank:
31
(Overall)
▶
248,00 pm
Rank:
2
(Overall)
▶
▲
Beryllium Atomare Struktur
⊕
▶
162
(Scandium Atom..)
◀
▶
ADD ⊕
1.5.2 Kovalenzradius
Francium Atomar..
⊕
▶
▼
128,00 pm
Rank:
50
(Overall)
▶
220,00 pm
Rank:
4
(Overall)
▶
▲
Beryllium Atomare Struktur
⊕
▶
166
(Natrium Atoma..)
◀
▶
ADD ⊕
1.5.3 Van der Waals Radius
Francium Atomar..
⊕
▶
▼
182,00 pm
Rank:
35
(Overall)
▶
303,00 pm
Rank:
3
(Overall)
▶
▲
Zink Atomare Struktur
⊕
▶
216
(Osmium Atomar..)
◀
▶
ADD ⊕
1.6 Atomares Gewicht
Tennessine Atom..
⊕
▶
▼
6,94 amu
Rank:
86
(Overall)
▶
85,47 amu
Rank:
69
(Overall)
▶
▲
Lithium Atomare Struktur
⊕
▶
164.93033
(Holmium Atoma..)
◀
▶
ADD ⊕
1.7 Atomic Lautstärke
Cäsium Atomare ..
⊕
▶
▼
13,10 cm3/mol
Rank:
39
(Overall)
▶
55,90 cm3/mol
Rank:
2
(Overall)
▶
▲
Mangan Atomare Struktur
⊕
▶
17.78
(Lutetium Atom..)
◀
▶
ADD ⊕
1.8 Angrenzend Kernladungszahlen
1.8.1 Vorheriges Element
1.8.2 Nächstes Element
1.9 Valence Electron Potential
Platin Atomare ..
⊕
▶
▼
19,00 (-eV)
Rank:
60
(Overall)
▶
9,47 (-eV)
Rank:
65
(Overall)
▶
▲
Francium Atomare Struktur
⊕
▶
67
(Eisen Atomare..)
◀
▶
ADD ⊕
1.10 GitterKonstante
Mangan Atomare ..
⊕
▶
▼
351,00 pm
Rank:
42
(Overall)
▶
558,50 pm
Rank:
10
(Overall)
▶
▲
Beryllium Atomare Struktur
⊕
▶
404.95
(Aluminium Ato..)
◀
▶
ADD ⊕
1.11 Gitter Blickwinkeln
π/2, π/2, π/2
π/2, π/2, π/2
1.12 Lattice C/A Verhältnis
Cadmium Atomare..
⊕
▶
▼
Nicht Verfügbar
Rank:
N/A
(Overall)
▶
Nicht Verfügbar
Rank:
N/A
(Overall)
▶
▲
Beryllium Atomare Struktur
⊕
▶
1.604
(Technetium At..)
◀
▶
ADD ⊕
Vergleichen
Lithium vs Beryllium
Lithium vs Plutonium
Lithium vs Gallium
Platin Metall
Zink Metall
Nickel Metall
Wismut Metall
Gallium Metall
Beryllium Metall
Plutonium
Periode...
|
physika...
|
Chemisch
|
Mechani...
Radium
Periode...
|
physika...
|
Chemisch
|
Mechani...
Barium
Periode...
|
physika...
|
Chemisch
|
Mechani...
Vergleichen
Rubidium vs Zink
Periode...
|
physika...
|
Chemisch
|
Mechani...
Rubidium vs Wismut
Periode...
|
physika...
|
Chemisch
|
Mechani...
Rubidium vs Nickel
Periode...
|
physika...
|
Chemisch
|
Mechani...