Pratélaning anasir miturut arané

Pratélan unsur kimia ing ngisor iki , diurutaké dhedhasar jeneng, lan warna nuduhaké jinis unsur.

Ana ing saben unsur nyakup: lambang unsur, nomer atom, massa atom utawa isotop kang paling stabil, sarta golongan lan nomer période sajeroning tabèl périodik.

Dhèrèt kimia tabel périodik

Logam alkali	Alkali tanah	Lantanida	Aktinida	Logam transisi
Logam	Metaloid	Nonlogam	Halogen	Gas mulia

Jeneng	Lambang	Nomer atom	Massa atom	Golongan	Période
Aktinium	Ac	89	[227]1		7
Alumuniyum	Al	13	26,9815386(8)	13	3
Amerisium	Am	95	[243]1		7
Antimon (Stibium)	Sb	51	121,760(1)2	15	5
Argentum—pirsani Pérak	Ag
Argon	Ar	18	39,948(1)2 4	18	3
Arsènik	As	33	74,92160(2)	15	4
Astatin	At	85	[210]1	17	6
Aurum—pirsani Emas	Au
Barium	Ba	56	137,327(7)	2	6
Bèriliyum	Be	4	9,012182(3)	2	2
Berkelium	Bk	97	[247]1		7
Bismut	Bi	83	208,98040(1)	15	6
Bohrium	Bh	107	[264]1	7	7
Boron	B	5	10,811(7)2 3 4	13	2
Brom	Br	35	79,904(1)	17	4
Cuprum—pirsani Tembaga	Cu
Darmstadtium	Ds	110	[271]1	10	7
Disprosium	Dy	66	162,500(1)2		6
Dubnium	Db	105	[262]1	5	7
Einsteinium	Es	99	[252]1		7
Emas (Aurum)	Au	79	196,966569(4)	11	6
Erbium	Er	68	167,259(3)2		6
Europium	Eu	63	151,964(1)2		6
Fermium	Fm	100	[257]1		7
Ferrum—pirsani Wesi	Fe
Flerovium	Fl	114	[289]1	14	7
Fluor	F	9	18,9984032(5)	17	2
Fosfor	P	15	30,973762(2)	15	3
Fransium	Fr	87	[223]1	1	7
Gadolinium	Gd	64	157,25(3)2		6
Galiyum	Ga	31	69,723(1)	13	4
Germaniyum	Ge	32	72,64(1)	14	4
Hafnium	Hf	72	178,49(2)	4	6
Hassium	Hs	108	[277]1	8	7
Hèliyum	He	2	4,002602(2)2 4	18	1
Hidrogen	H	1	1,00794(7)2 3 4	1	1
Holmium	Ho	67	164,930 32(2)		6
Hydrargyrum—pirsani Raksa	Hg
Indium	In	49	114,818(3)	13	5
Iodine—pirsani Yodium	I
Iridium	Ir	77	192,217(3)	9	6
Iterbium	Yb	70	173,04(3)2		6
Itrium	Y	39	88,90585(2)	3	5
Kadmium	Cd	48	112,411(8)2	12	5
Kalifornium	Cf	98	[251]1		7
Kaliyum	K	19	39,0983(1)	1	4
Kalsium	Ca	20	40,078(4)2	2	4
Karbon	C	6	12,0107(8)2 4	14	2
Klor	Cl	17	35,453(2)2 3 4	17	3
Kobalt	Co	27	58,933195(5)	9	4
Kopernisium	Cn	112	[285]1	12	7
Kripton	Kr	36	83,798(2)2 3	18	4
Kromiyum	Cr	24	51,9961(6)	6	4
Kurium	Cm	96	[247]1		7
Lantanum	La	57	138,90547(7)2		6
Lawrensium	Lr	103	[262]1	3	7
Litiyum	Li	3	6,941(2)2 3 4 5	1	2
Livermorium	Lv	116	[292]1	16	7
Lutetium	Lu	71	174,967(1)2	3	6
Magnèsiyum	Mg	12	24,3050(6)	2	3
Mangan	Mn	25	54,938045(5)	7	4
Meitnerium	Mt	109	[268]1	9	7
Mendelevium	Md	101	[258]1		7
Molibdènum	Mo	42	95,94(2)2	6	5
Moskovium	Mc	115	[288]1	15	7
Natriyum	Na	11	22,98976928(2)	1	3
Neodimium	Nd	60	144,242(3)2		6
Néon	Ne	10	20,1797(6)2 3	18	2
Neptunium	Np	93	[237]1		7
Nihonium	Nh	113	[284]1	13	7
Nikel	Ni	28	58,6934(2)	10	4
Niobium	Nb	41	92,906 38(2)	5	5
Nitrogen	N	7	14,0067(2)2 4	15	2
Nobelium	No	102	[259]1		7
Oganesson	Og	118	[294]1	18	7
Oksigèn	O	8	15,9994(3)2 4	16	2
Osmium	Os	76	190,23(3)2	8	6
Paladhiyum	Pd	46	106,42(1)2	10	5
Pérak (Argentum)	Ag	47	107,8682(2)2	11	5
Platina	Pt	78	195,084(9)	10	6
Plumbum—pirsani Timbal	Pb
Plutonium	Pu	94	[244]1		7
Polonium	Po	84	[210]1	16	6
Potasium—pirsani Kaliyum	K
Praseodimium	Pr	59	140,90765(2)		6
Prometium	Pm	61	[145]1		6
Protaktinium	Pa	91	231,03588(2)1		7
Radium	Ra	88	[226]1	2	7
Radon	Rn	86	[220]1	18	6
Raksa (Hydrargyrum)	Hg	80	200,59(2)	12	6
Rhenium	Re	75	186,207(1)	7	6
Rodhiyum	Rh	45	102,905 50(2)	9	5
Roentgenium	Rg	111	[272]1	11	7
Rubidium	Rb	37	85,4678(3)2	1	5
Rutèniyum	Ru	44	101,07(2)2	8	5
Rutherfordium	Rf	104	2611	4	7
Samarium	Sm	62	150,36(2)2		6
Sirkon	Zr	40	91,224(2)2	4	5
Seaborgium	Sg	106	[266]1	6	7
Sèlèniyum	Se	34	78,96(3)4	16	4
Sèng	Zn	30	65,409(4)	12	4
Sénon	Xe	54	131,293(6)2 3	18	5
Serium	Ce	58	140,116(1)2		6
Sésium	Cs	55	132,9054519(2)	1	6
Silikon	Si	14	28,0855(3)4	14	3
Skandiyum	Sc	21	44,955912(6)	3	4
Sodium—pirsani Natriyum	Na
Stannum—pirsani Timah	Sn
Stibium—pirsani Antimon	Sb
Stronsiyum	Sr	38	87,62(1)2 4	2	5
Talium	Tl	81	204,3833(2)	13	6
Tantalum	Ta	73	180,94788(2)	5	6
Teknesium	Tc	43	[98]1	7	5
Telurium	Te	52	127,60(3)2	16	5
Tembaga (Cuprum)	Cu	29	63,546(3)4	11	4
Tennessin	Ts	117	[294]1	18	8
Terbium	Tb	65	158,92535(2)		6
Timah (Stannum)	Sn	50	118,710(7)2	14	5
Timbal (Plumbum)	Pb	82	207,2(1)2 4	14	6
Titaniyum	Ti	22	47,867(1)	4	4
Torium	Th	90	232,03806(2)1 2		7
Tulium	Tm	69	168,93421(2)		6
Uranium	U	92	238,02891(3)1 2 3		7
Vanadiyum	V	23	50,9415(1)	5	4
Wesi (Ferrum)	Fe	26	55,845(2)	8	4
Wlirang	S	16	32,065(5)2 4	16	3
Wolfram	W	74	183,84(1)	6	6
Yodium	I	53	126,904 47(3)	17	5
Zinc—pirsani Sèng	Zn

Dhèrèt kimia tabel périodik

Logam alkali	Alkali tanah	Lantanida	Aktinida	Logam transisi
Logam	Metaloid	Nonlogam	Halogen	Gas mulia

Tabèl périodik

Golongan →

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

Période ↓

1

1 H

2 He

2

3 Li

4 Be

5 B

6 C

7 N

8 O

9 F

10 Ne

3

11 Na

12 Mg

13 Al

14 Si

15 P

16 S

17 Cl

18 Ar

4

19 K

20 Ca

21 Sc

22 Ti

23 V

24 Cr

25 Mn

26 Fe

27 Co

28 Ni

29 Cu

30 Zn

31 Ga

32 Ge

33 As

34 Se

35 Br

36 Kr

5

37 Rb

38 Sr

39 Y

40 Zr

41 Nb

42 Mo

43 Tc

44 Ru

45 Rh

46 Pd

47 Ag

48 Cd

49 In

50 Sn

51 Sb

52 Te

53 I

54 Xe

6

55 Cs

56 Ba

*

71 Lu

72 Hf

73 Ta

74 W

75 Re

76 Os

77 Ir

78 Pt

79 Au

80 Hg

81 Tl

82 Pb

83 Bi

84 Po

85 At

86 Rn

7

87  Fr

88 Ra

**

103 Lr

104 Rf

105 Db

106 Sg

107 Bh

108 Hs

109 Mt

110 Ds

111 Rg

112 Cn

113 Nh

114 Fl

115 Mc

116 Lv

117 Ts

118 Og

* Lantanida

57 La

58 Ce

59 Pr

60 Nd

61 Pm

62 Sm

63 Eu

64 Gd

65 Tb

66 Dy

67 Ho

68 Er

69 Tm

70 Yb

** Aktinida

89 Ac

90 Th

91 Pa

92 U

93 Np

94 Pu

95 Am

96 Cm

97 Bk

98 Cf

99 Es

100 Fm

101 Md

102 No

Seri Kimia saka Tabel Périodik

Logam alkali	Alkali tanah	Lantanida	Aktinida	Logam transisi
Logam	Metaloid	Nonlogam	Halogen	Gas mulia

Cathetan

• Cathetan 1: Unsur iki ora duwé inti stabil. Aji sajeroning tandha kurung kothak, upamané [209], nuduhaké nomer massa isotop kanthi wektu urip paling dawa unsur mau. Nanging ana telu unsur (Torium, Protaktinium, lan Uranium) kang duwé ciri-ciri "terrestrial isotopic composition", saéngga kang dituduhaké ya iku massa atomé.
• Cathetan 2: Komposisi isotopik unsur iki duwé variasi sajeroning sawatara spésimèn geologis, lan variasiné mbokmanawa ngluwihi apa kang dituduhaké sajeroning tabel iki.
• Cathetan 3: Komposisi isotopik unsur iki bisa duwé variasi sajeroning materi komersial, kang bisa njalari berat atom nyimpang kanthi signifikan saka aji kang dituduhaké sajeroning tabel iki.
• Cathetan 4: Komposisi isotopik duwé variasi ing materi terrestrial, saéngga berat atom kang luwih persis ora bisa diwènèhaké.
• Cathetan 5: Berat atom Litium komersial bisa duwé variasi antara 6,939 lan 6,996—analisis materi kanthi spesifik diperlakaké kanggo nemu aji kang luwih akurat.

Réferènsi

• Atomic Weights of the Elements 2001, Pure Appl. Chem. 75(8), 1107-1122, 2003. Retrieved June 30, 2005. Berat atom dengan nomer atom 1-109 diambil dari sumber ini.
• IUPAC Standard Atomic Weights Revised Archived 2008-03-05 at the Wayback Machine. (2005).
• WebElements Periodic Table. Retrieved June 30, 2005. Berat atom dengan nomer atom 110-116 diambil dari sumber ini.

Uga delengen

• Unsur kimia kang asalé saka jeneng wong
• Unsur kimia kang asalé saka jeneng panggonan
• Pratélan etimologi jeneng unsur kimia