How to organize elements periodic table designs
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How to Organize Elements… Periodic Table Designs. 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.

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How to Organize Elements… Periodic Table Designs

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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?


How to organize elements periodic table designs

Interactive Periodic Table

e

N

7

C

6

H

1

S

16

Ir

77

O

8

N

7

Mn

25

<

H

1

He

2

The Human Element

H

1

1

Li

3

Be

4

B

5

C

6

N

7

O

8

F

9

Ne

10

2

Na

11

Mg

12

Al

13

Si

14

P

15

S

16

Cl

17

Ar

18

3

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

4

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

5

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

*

6

Fr

87

Ra

88

Rf

104

Db

105

Sg

106

Bh

107

Hs

108

Mt

109

W

7

La

57

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

Ac

89

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


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 LabCards


Periodic table

Periodic Table

8A

Alkali metals

1A

Alkali earth metals

He

2

H

1

Transition metals

1

1

3A

4A

5A

6A

7A

2A

Boron group

B

5

C

6

N

7

O

8

F

9

Ne

10

Li

3

Be

4

Nonmetals

2

2

Noble gases

Si

14

P

15

S

16

Cl

17

Ar

18

Na

11

Mg

12

Al

13

3

3

8B

3B

4B

5B

6B

7B

1B

2B

As

33

Se

34

Br

35

Kr

36

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

4

4

Te

52

I

53

Xe

54

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

5

5

At

85

Rn

86

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

6

6

Fr

87

Ra

88

Rf

104

Db

105

Sg

106

Bh

107

Hs

108

Mt

109

7

7

Lanthanoid Series

La

57

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

6

Solid

C

Actinoid Series

Liquid

Br

7

Ac

89

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

Gas

H


Dutch periodic table

Dutch Periodic Table

118

117

116

115

114

113

112

111

110

109

108

107

106

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


D bereiner s triads

Atomic

Mass

Atomic

Mass

Atomic

Mass

Name

Name

Name

Döbereiner’s Triads

Johann Döbereiner

~1817

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

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

John Newlands

~1863

Newlands Law of Octaves

1

Li

Na

K

2

Be

Mg

3

B

Al

4

C

Si

5

N

P

6

O

S

7

F

Cl

Smoot, Price, Smith, Chemistry A Modern Course 1987, page 161


Development of periodic table

Development of Periodic Table

J.W. Döbereiner (1829)

Law of Triads

Elements could be classified into groups of three, or triads.

Trends in physical properties such as density, melting point,

and atomic mass were observed.

J.A.R. Newlands (1864)

Law of Octaves

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.

Lothar Meyer (1830 – 1895)

Invented periodic table independently of Mendeleev

his work was not published until 1870 - one year after Mendeleev's


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