How to Organize Elements… Periodic Table Designs : How to Organize Elements… Periodic Table Designs
How to Organize… : How to Organize… Baseball Cards:
year, team, player, card number, value ($). Elements:
when they were discovered, family, reactivity,
state of matter, metal vs. non-metal, atomic mass,
atomic number. alphabetically, mass, value, density, solid or liquid or gas Which way is CORRECT to organize the elements? Is it possible to organize the elements correctly in more than one way?
Slide 3 : Li
3 H
1 He
2 C
6 N
7 O
8 F
9 Ne
10 Na
11 B
5 Be
4 H
1 Al
13 Si
14 P
15 S
16 Cl
17 Ar
18 K
19 Ca
20 Sc
21 Ti
22 V
23 Cr
24 Mn
25 Fe
26 Co
27 Ni
28 Cu
29 Zn
30 Ga
31 Ge
32 As
33 Se
34 Br
35 Kr
36 Rb
37 Sr
38 Y
39 Zr
40 Nb
41 Mo
42 Tc
43 Ru
44 Rh
45 Pd
46 Ag
47 Cd
48 In
49 Sn
50 Sb
51 Te
52 I
53 Xe
54 Cs
55 Ba
56 Hf
72 Ta
73 W
74 Re
75 Os
76 Ir
77 Pt
78 Au
79 Hg
80 Tl
81 Pb
82 Bi
83 Po
84 At
85 Rn
86 Fr
87 Ra
88 Rf
104 Db
105 Sg
106 Bh
107 Hs
108 Mt
109 Mg
12 Ce
58 Pr
59 Nd
60 Pm
61 Sm
62 Eu
63 Gd
64 Tb
65 Dy
66 Ho
67 Er
68 Tm
69 Yb
70 Lu
71 Th
90 Pa
91 U
92 Np
93 Pu
94 Am
95 Cm
96 Bk
97 Cf
98 Es
99 Fm
100 Md
101 No
102 Lr
103 La
57 Ac
89 1 2 3 4 5 6 7 * W N
7 C
6 H
1 S
16 Ir
77 O
8 N
7 Mn
25 e < The Human Element Interactive Periodic Table
Aliens Activity : Aliens Activity Nautilus shell has a repeating pattern. Look carefully at the drawings of the ‘aliens’. Organize all the aliens into a meaningful pattern. Aliens Lab Cards
Periodic Table : Periodic Table 1 2 3 4 5 6 7 Li
3 He
2 C
6 N
7 O
8 F
9 Ne
10 Na
11 B
5 Be
4 H
1 Al
13 Si
14 P
15 S
16 Cl
17 Ar
18 K
19 Ca
20 Sc
21 Ti
22 V
23 Cr
24 Mn
25 Fe
26 Co
27 Ni
28 Cu
29 Zn
30 Ga
31 Ge
32 As
33 Se
34 Br
35 Kr
36 Rb
37 Sr
38 Y
39 Zr
40 Nb
41 Mo
42 Tc
43 Ru
44 Rh
45 Pd
46 Ag
47 Cd
48 In
49 Sn
50 Sb
51 Te
52 I
53 Xe
54 Cs
55 Ba
56 Hf
72 Ta
73 W
74 Re
75 Os
76 Ir
77 Pt
78 Au
79 Hg
80 Tl
81 Pb
82 Bi
83 Po
84 At
85 Rn
86 Fr
87 Ra
88 Rf
104 Db
105 Sg
106 Bh
107 Hs
108 Mt
109 Mg
12 Ce
58 Pr
59 Nd
60 Pm
61 Sm
62 Eu
63 Gd
64 Tb
65 Dy
66 Ho
67 Er
68 Tm
69 Yb
70 Lu
71 Th
90 Pa
91 U
92 Np
93 Pu
94 Am
95 Cm
96 Bk
97 Cf
98 Es
99 Fm
100 Md
101 No
102 Lr
103 La
57 Ac
89 1 2 3 4 5 6 7 1A 2A Alkali metals Alkali earth metals Transition metals Boron group Nonmetals Noble gases 3B 5B 6B 7B 8B 1B 2B 3A 4A 5A 6A 7A 8A 4B Lanthanoid Series 6 7 Actinoid Series C Solid Br Liquid H Gas
Dutch Periodic Table : Dutch Periodic Table 106 107 108 109 110 111 112 113 114 115 116 117 118 Strong, Journal of Chemical Education, Sept. 1989, page 743
Stowe’s Periodic Table : Stowe’s Periodic Table
Benfey’s Periodic Table : Benfey’s Periodic Table
Döbereiner’s Triads : Döbereiner’s Triads Calcium 40
Barium 137
Average 88.5
Strontium 87.6 Chlorine 35.5
Iodine 127
Average 81.3
Bromine 79.9 Sulfur 32
Tellurium 127.5
Average 79.8
Selenium 79.2 Johann Döbereiner
~1817 Döbereiner discovered groups of three related elements which he termed a triad. Smoot, Price, Smith, Chemistry A Modern Course 1987, page 161
Newlands Law of Octaves : Newlands Law of Octaves Newlands Law of Octaves 1
Li
Na
K John Newlands
~1863 Smoot, Price, Smith, Chemistry A Modern Course 1987, page 161 2
Be
Mg 3
B
Al 4
C
Si 5
N
P 6
O
S 7
F
Cl
Development of Periodic Table : Development of Periodic Table Law of Triads Law of Octaves Elements could be classified into groups of three, or triads.
Trends in physical properties such as density, melting point,
and atomic mass were observed. Arranged the 62 known elements into groups of seven
according to increasing atomic mass.
He proposed that an eighth element would then repeat the
properties of the first element in the previous group. J.W. Döbereiner (1829) J.A.R. Newlands (1864) Lothar Meyer (1830 – 1895) Invented periodic table independently of Mendeleev his work was not published until 1870 - one year after Mendeleev's