per table templates

Supplement to: Periodic Table Presentations and Inspirations by Mary E. Saecker, J. Chem. Educ., 2009, 86, 1151.

Construction Directions A Cut-Out Chart of the Periodic System (Periodic Table Cylinder)

The construction pattern for this chart comes in two forms: black and white and pre-colored. (The pattern also comes in letter size and a larger (tabloid) size. The black and white versions should be colored before cutting. The following color scheme works satisfactorily to differentiate adjacent groups.

Group 0 uncolored

Groups I and I’ purple

Groups II and II’ dark blue

Groups III and III’ light blue

Lanthanides and actinides sky blue

Groups IV and IV’ green

Groups V and V’ yellow

Groups VI and VI’ orange

Groups VII and VII’ red

Group VIII triads fuchsia (pink)

Cut out the table along the dark bold lines (1. ).

Cut the dark bold lines located between rows, being careful not to cut beyond the end of the bold 2. line. (Note that the sections for the Lanthanides and Actinides are not as wide as the others.)

Note for steps 3 and following: it might be helpful to use a paperclip to temporarily hold the cylinder ends in together while the glue dries.

Glue the top short strip in a loop so group VII is adjacent to group 0, using the left hand tab as a glue 3. point.

Glue the second strip from the top, thus creating a larger diameter circle so group VII’ falls directly 4. below group VII. Again the left hand tab acts as a glue point.

Glue the Hf (#72)—At (#85) starting strip and the Rf (#104)—#116 starting strip so they have the 5. same diameter as the previous loop.

Glue the ends of the lanthanide series (#54—#71) and actinide series (#86—#103), each creating a 6. smaller diameter loop and making sure that the end of each strip lines up on the glue tabs.

The final product (shown above) should have the appearance of a cylinder of varying diameters sharing a common backbone. The relative diameters of each loop starting from the top down should be small, big, medium, big, medium, big.

Literature Cited

Adapted by Riley Houston from: Clauson, J. E. A Cut-out Chart of the Periodic System; J. Chem Educ. 1954, 31, 550−552.

The photograph shows an assembled model of the Periodic Table Cylinder.

38Sr

87.62

20Ca

40.08

12Mg24.31

4Be9.01

3Li

6.94

11Na22.99

19K

39.10

37Rb

85.47

1H

1.01

55Cs

132.91

56Ba

137.33

21Sc

44.96

39Y

88.91

57La

138.91

87Fr

(223)

88Ra(226)

89Ac

227.03

22Ti

47.88

40Zr

91.22

72Hf

178.49

104Rf

(261)

105Db(262)

73Ta

180.95

41Nb92.91

23V

50.94

24Cr

52.00

42Mo95.96

74W

183.84

106Sg(266)

75Re

186.21

43Tc(98)

25Mn54.94

26Fe

55.85

44Ru

101.07

76Os

190.23

108Hs(277)

107Bh(264)

109Mt(268)

77Ir

192.22

45Rh

102.91

27Co

58.93

28Ni

58.70

46Pd

106.42

78Pt

195.08

110Ds(281)

29Cu

63.55

47Ag

107.87

79Au

196.97

111Rg(272)

30Zn

65.38

48Cd

112.41

80Hg

200.59

112

(285)

81Tl

204.38

49In

114.82

31Ga69.72

13Al

26.98

5B

10.81

6C

12.01

14Si

28.09

32Ge72.64

50Sn

118.71

82Pb

207.2

7N

14.01

15P

30.97

83Bi

208.98

51Sb

121.76

33As

74.92

8O

16.00

34Se

78.96

52Te

127.60

84Po(209)

9F

19.00

17Cl

35.45

35Br

79.90

53I

126.90

85At

(210)

2He4.00

10Ne20.18

18Ar

39.95

36Kr

83.80

86Rn(222)

54Xe

131.29

16S

32.07

58Ce

140.12

90Th

232.04

59Pr

140.91

91Pa

231.04

60Nd

144.24

92U

238.03

61Pm(145)

93Np(237)

62Sm

150.36

94Pu(244)

63Eu

151.96

95Am(243)

64Gd

157.25

96Cm(247)

65Tb

158.93

97Bk(247)

66Dy

162.50

98Cf

(251)

67Ho

164.93

99Es

(252)

68Er

167.26

100Fm(257)

69Tm

168.93

101Md(258)

70Yb

173.04

102No(259)

71Lu

174.97

103Lr

(262)

113

(284)

114

(289)

115

(288)

116

(293)

118

(294)

0n

1.01

I

II

VIII B

III IV V VI VII

0

III IV V VI VII I’ II’ III’ IV’ V’ VI’ VII’

A PERIODIC TABLE of the ELEMENTS

Adapted from: A Cut-out Chart of the Periodic System.

Clauson, J. E. J. Chem Educ. 1954, 31, 550−552.

by: Riley Houston

LanthanideSeries

ActinideSeries

A Cut-Out Chart of the Periodic System (Periodic Table Cylinder) 8.5 x 11 inches

Supplement to: Periodic Table Presentations and Inspirations, by Mary E. Saecker, J. Chem. Educ. 2009, 86, 1151

A Cut-Out Chart of the Periodic System (Periodic Table Cylinder) J. Chem. Educ. 2009, 86, 1151

38Sr

87.62

20Ca

40.08

12Mg24.31

4Be9.01

3Li

6.94

11Na22.99

19K

39.10

37Rb

85.47

1H

1.01

55Cs

132.91

56Ba

137.33

21Sc

44.96

39Y

88.91

57La

138.91

87Fr

(223)

88Ra(226)

89Ac

227.03

22Ti

47.88

40Zr

91.22

72Hf

178.49

104Rf

(261)

105Db(262)

73Ta

180.95

41Nb92.91

23V

50.94

24Cr

52.00

42Mo95.96

74W

183.84

106Sg(266)

75Re

186.21

43Tc(98)

25Mn54.94

26Fe

55.85

44Ru

101.07

76Os

190.23

108Hs(277)

107Bh(264)

109Mt(268)

77Ir

192.22

45Rh

102.91

27Co

58.93

28Ni

58.70

46Pd

106.42

78Pt

195.08

110Ds(281)

29Cu

63.55

47Ag

107.87

79Au

196.97

111Rg(272)

30Zn

65.38

48Cd

112.41

80Hg

200.59

112

(285)

81Tl

204.38

49In

114.82

31Ga69.72

13Al

26.98

5B

10.81

6C

12.01

14Si

28.09

32Ge72.64

50Sn

118.71

82Pb

207.2

7N

14.01

15P

30.97

83Bi

208.98

51Sb

121.76

33As

74.92

8O

16.00

34Se

78.96

52Te

127.60

84Po(209)

9F

19.00

17Cl

35.45

35Br

79.90

53I

126.90

85At

(210)

2He4.00

10Ne20.18

18Ar

39.95

36Kr

83.80

86Rn(222)

54Xe

131.29

16S

32.07

58Ce

140.12

90Th

232.04

59Pr

140.91

91Pa

231.04

60Nd

144.24

92U

238.03

61Pm(145)

93Np(237)

62Sm

150.36

94Pu(244)

63Eu

151.96

95Am(243)

64Gd

157.25

96Cm(247)

65Tb

158.93

97Bk(247)

66Dy

162.50

98Cf

(251)

67Ho

164.93

99Es

(252)

68Er

167.26

100Fm(257)

69Tm

168.93

101Md(258)

70Yb

173.04

102No(259)

71Lu

174.97

103Lr

(262)

113

(284)

114

(289)

115

(288)

116

(293)

118

(294)

0n

1.01

I

II

VIII B

III IV V VI VII

0





by: Riley Houston

LanthanideSeries

ActinideSeries

A Cut-Out Chart of the Periodic System (Periodic Table Cylinder) 11 x 17 inches



38Sr

87.62

20Ca

40.08

12Mg24.31

4Be9.01

3Li

6.94

11Na22.99

19K

39.10

37Rb

85.47

1H

1.01

55Cs

132.91

56Ba

137.33

21Sc

44.96

39Y

88.91

57La

138.91

87Fr

(223)

88Ra(226)

89Ac

227.03

22Ti

47.88

40Zr

91.22

72Hf

178.49

104Rf

(261)

105Db(262)

73Ta

180.95

41Nb92.91

23V

50.94

24Cr

52.00

42Mo95.96

74W

183.84

106Sg(266)

75Re

186.21

43Tc(98)

25Mn54.94

26Fe

55.85

44Ru

101.07

76Os

190.23

108Hs(277)

107Bh(264)

109Mt(268)

77Ir

192.22

45Rh

102.91

27Co

58.93

28Ni

58.70

46Pd

106.42

78Pt

195.08

110Ds(281)

29Cu

63.55

47Ag

107.87

79Au

196.97

111Rg(272)

30Zn

65.38

48Cd

112.41

80Hg

200.59

112

(285)

81Tl

204.38

49In

114.82

31Ga69.72

13Al

26.98

5B

10.81

6C

12.01

14Si

28.09

32Ge72.64

50Sn

118.71

82Pb

207.2

7N

14.01

15P

30.97

83Bi

208.98

51Sb

121.76

33As

74.92

8O

16.00

34Se

78.96

52Te

127.60

84Po(209)

9F

19.00

17Cl

35.45

35Br

79.90

53I

126.90

85At

(210)

2He4.00

10Ne20.18

18Ar

39.95

36Kr

83.80

86Rn(222)

54Xe

131.29

16S

32.07

58Ce

140.12

90Th

232.04

59Pr

140.91

91Pa

231.04

60Nd

144.24

92U

238.03

61Pm(145)

93Np(237)

62Sm

150.36

94Pu(244)

63Eu

151.96

95Am(243)

64Gd

157.25

96Cm(247)

65Tb

158.93

97Bk(247)

66Dy

162.50

98Cf

(251)

67Ho

164.93

99Es

(252)

68Er

167.26

100Fm(257)

69Tm

168.93

101Md(258)

70Yb

173.04

102No(259)

71Lu

174.97

103Lr

(262)

113

(284)

114

(289)

115

(288)

116

(293)

118

(294)

0n

1.01

I

II

VIII B

III IV V VI VII

0





by: Riley Houston

LanthanideSeries

ActinideSeries

A Cut-Out Chart of the Periodic System (Periodic Table Cylinder)

11 x 17 inches




Construction Directions Periodic Table as a Building: Variation 1

This periodic table has two pieces. Cut out each along the solid, bold, black lines (1. ) that form its outer borders.

Cut each periodic table piece along the solid, bold, black lines (2. ).

Fold the periodic table pieces along the dotted lines (3. ) to create a concave fold, making the printed sides of the periodic table come together.

Fold the periodic table pieces along the dash-dotted lines (4. ) to create a convex fold, making the non-printed sides of the periodic table come together.

Main Group Portion

Take the main group section and turn squares 5. a and c to coincide and glue them together; then let square b (with some glue) cover the top. Notice that the d tabs are perpendicular to a, b, and c.

Put some glue on the backs of the 6. Sc (#21) and Zn (#30) squares and stick them to the tabs d1 and d3.

Put some glue on 7. d2 and cover it with tab e.

Let 8. f cover e and glue the two pieces together.

Let 9. k cover g and glue the two pieces together.

Put some glue on the back of the 10. Be (#4) square and stick it to m.

Let 11. n be covered by l; glue them together.

Let 12. h be covered by p; glue them together.

Let the squares labeled 13. 1, 2, … , 7 at the left side of the table coincide with the 1, 2, … , 7 on the right; glue them together.

Bring the 14. 1´, 2´, ... , 8´ tabs together and let the octagon flap, that doubles over on itself, cover the tabs. Glue the octagon flap and tabs together using the octagon as a guide.

Submodel Portion continued, over

Literature Cited

Adapted by Riley Houston from: The Periodic Building of the Elements: Can the Periodic Table Be Transformed into Stereo? He, F.-c.; Li, X.-y. J. Chem Educ. 1997, 74, 792–793.

Submodel Portion

Take the lanthanides and actinides section and let let 15. d1 and e1 cover d2 and e2. Glue them in place forming a right angle corner. Repeat for o1 and p1 having them cover o2 and p2.

Let 16. b1 and c1 cover b2 and c2 then let c3 cover c1 and e3 cover e2. Glue this assembly in place lining up the previously glued corner. It may be helpful to refer to the photograph below.

Let 17. g1 and f1 cover g2 and f2; glue them together.

Let 18. m1 and n1 cover m2 and n2; glue them together.

Using the tabs located at the rectangular end of the lanthanides and actinides section, glue the sub-19. model into the gap located after Ac (#89) and La (#57) so that La and Ce (#58) line up. Make sure that the flap to the right of Lu (#71) and Lr (#103) is folded into the inside of the main group portion.

Glue the remaining flaps, located on the bottom of the model, to each other where they overlap for 20. structural rigidity.

The photograph shows an assembled model of the Periodic Table as a Building: Variation 1.

Construction Directions (continued) Periodic Table as a Building: Variation 1


38Sr

87.62

20Ca

40.08

12Mg24.31

4Be9.01

3Li

6.94

11Na22.99

19K

39.10

37Rb

85.47

1H

1.01

55Cs

132.91

56Ba

137.33

21Sc

44.96

39Y

88.91

57La

138.91

87Fr

(223)

88Ra(226)

89Ac

227.03

22Ti

47.88

40Zr

91.22

72Hf

178.49

104Rf

(261)

105Db(262)

73Ta

180.95

41Nb92.91

23V

50.94

24Cr

52.00

42Mo95.96

74W

183.84

106Sg(266)

75Re

186.21

43Tc(98)

25Mn54.94

26Fe

55.85

44Ru

101.07

76Os

190.23

108Hs(277)

107Bh(264)

109Mt(268)

77Ir

192.22

45Rh

102.91

27Co

58.93

28Ni

58.69

46Pd

106.42

78Pt

195.08

110Ds(281)

29Cu

63.55

47Ag

107.87

79Au

196.97

111Rg(272)

30Zn

65.38

48Cd

112.41

80Hg

200.59

112

(285)

81Tl

204.38

49In

114.82

31Ga69.72

13Al

26.98

5B

10.81

6C

12.01

14Si

28.09

32Ge72.64

50Sn

118.71

82Pb

207.2

7N

14.01

15P

30.97

83Bi

208.98

51Sb

121.76

33As

74.92

8O

16.00

34Se

78.96

52Te

127.60

84Po(209)

9F

19.00

17Cl

35.45

35Br

79.90

53I

126.90

85At

(210)

2He4.00

10Ne20.18

18Ar

39.95

36Kr

83.80

86Rn(222)

54Xe

131.29

16S

32.07

58Ce

140.12

90Th

232.04

59Pr

140.91

91Pa

231.04

60Nd

144.24

92U

238.03

61Pm(145)

93Np(237)

62Sm

150.36

94Pu(244)

63Eu

151.96

95Am(243)

64Gd

157.25

96Cm(247)

65Tb

158.93

97Bk(247)

66Dy

162.50

98Cf

(251)

67Ho

164.93

99Es

(252)

68Er

167.26

100Fm(257)

69Tm

168.93

101Md(258)

70Yb

173.04

102No(259)

71Lu

174.97

103Lr

(262)

113

(284)

114

(289)

115

(288)

116

(293)

118

(294)

1

2

3

4

5

6

7

I A

II A

III B IV B V B VI B VII B VIII B I B II B

III A IV A V A VI A VII A

VIII A

1’ 2’ 3’ n

l h

f

a

d2

b c

e

g k

m

p

4’ 5’ 6’ 7’ 8’ 9’

1

2

3

4

5

6

7

a1

b2

c 1

c2

d1 e1

d2

b 1

e2

c 3

e3

f2g2

f1 g1

a2

m2 n2

n1 m1

p2

o2p1o1

d3d1

He, F.-c.; Li, X.-y. J. Chem Educ.

1997, 74, 792-793

Adapted from: The Periodic Building of the Elements: Can the Periodic Table

Be Transformed into Stereo?

Periodic Table as a Building: Variation 1 8.5 x 11 inches

Periodic Table as a Building: Variation 1 J. Chem. Educ. 2009, 86, 1151

Supplement to: Periodic Table Presentations and Inspirations,

by Mary E. Saecker, J. Chem. Educ. 2009, 86, 1151.

Supplement to: Periodic Table

Presentations and Inspirations,


38Sr

87.62

20Ca

40.08

12Mg24.31

4Be9.01

3Li

6.94

11Na22.99

19K

39.10

37Rb

85.47

1H

1.01

55Cs

132.91

56Ba

137.33

21Sc

44.96

39Y

88.91

57La

138.91

87Fr

(223)

88Ra(226)

89Ac

227.03

22Ti

47.88

40Zr

91.22

72Hf

178.49

104Rf

(261)

105Db(262)

73Ta

180.95

41Nb92.91

23V

50.94

24Cr

52.00

42Mo95.96

74W

183.84

106Sg(266)

75Re

186.21

43Tc(98)

25Mn54.94

26Fe

55.85

44Ru

101.07

76Os

190.23

108Hs(277)

107Bh(264)

109Mt(268)

77Ir

192.22

45Rh

102.91

27Co

58.93

28Ni

58.69

46Pd

106.42

78Pt

195.08

110Ds(281)

29Cu

63.55

47Ag

107.87

79Au

196.97

111Rg(272)

30Zn

65.38

48Cd

112.41

80Hg

200.59

112

(285)

81Tl

204.38

49In

114.82

31Ga69.72

13Al

26.98

5B

10.81

6C

12.01

14Si

28.09

32Ge72.64

50Sn

118.71

82Pb

207.2

7N

14.01

15P

30.97

83Bi

208.98

51Sb

121.76

33As

74.92

8O

16.00

34Se

78.96

52Te

127.60

84Po(209)

9F

19.00

17Cl

35.45

35Br

79.90

53I

126.90

85At

(210)

2He4.00

10Ne20.18

18Ar

39.95

36Kr

83.80

86Rn(222)

54Xe

131.29

16S

32.07

58Ce

140.12

90Th

232.04

59Pr

140.91

91Pa

231.04

60Nd

144.24

92U

238.03

61Pm(145)

93Np(237)

62Sm

150.36

94Pu(244)

63Eu

151.96

95Am(243)

64Gd

157.25

96Cm(247)

65Tb

158.93

97Bk(247)

66Dy

162.50

98Cf

(251)

67Ho

164.93

99Es

(252)

68Er

167.26

100Fm(257)

69Tm

168.93

101Md(258)

70Yb

173.04

102No(259)

71Lu

174.97

103Lr

(262)

113

(284)

114

(289)

115

(288)

116

(293)

118

(294)

1

2

3

4

5

6

7

I A

II A



VIII A

1’ 2’ 3’ n

l h

f

a

d2

b c

e

g k

m

p

4’ 5’ 6’ 7’ 8’ 9’

1

2

3

4

5

6

7

a1

b2

c 1

c2

d1 e1

d2

b 1

e2

c 3

e3

f2g2

f1 g1

a2

m2 n2

n1 m1

p2

o2p1o1

d3d1


1997, 74, 792-793

Adapted from: The Periodic Building of the Elements: Can the Periodic Table

Be Transformed into Stereo?

Periodic Table as a Building: Variation 1 11 x 17 inches




Supplement to: Periodic Table

Presentations and Inspirations,


Supplement to: Periodic Table Presentations and Inspirations, by Mary E. Saecker, J. Chem. Educ., 2009, 86, 1151.

Construction Directions Periodic Table as a Building: Variation 2

Cut out the two pieces of the periodic table on the Bold, Solid black (1. ) line.

Cut any other Bold, Solid black (2. ) lines left being careful to stop cutting where the bold line ends.

Dotted (3. ) and Dash-Dotted ( ) lines are fold lines. Fold the Dotted lines concavely so the printed sides of the table come together. Fold the Dash-dotted lines convexly so the non-printed sides of the table come together.

Glue flap 4. a behind the group VIII A, the noble gases, lining up the rows so He (#2) is adjacent to H (#1). The final column should have four sides and be square without any twisting down the column.

Glue flaps 5. b1 and b2 to the backsides of flaps c1 and c2 respectively. Make sure to line up each flap squarely on top of each other to prevent problems with fitting later.

Glue 6. c2 to the back of He, lining up the top of c2 to the top of the group VIII A heading box.

Glue 7. c1 to the backside of flap d.

Glue 8. d to the backside of the flap extending off e, creating a top for the forming box.

Glue flap 9. f on top of flap e.

Glue the 10. s block flap on top of flap f.

On the lanthanides and actinides section glue the backsides of 11. Yb (#70), Lu (#71), No (#102), and Lr (#103) to the backsides of Ce (#58), Pr (#59), Th (#90), and Pa (#91).

Glue the 12. f block flap on top of the other flaps lining up the sides to form the pentagon shape. Do so for the bottom flaps as well.

Apply glue to the front and back of flaps 13. g and h; slide them into the cut made between La (#57)/Ac (#89) and Hf (#72)/Rf (#104). Then press the front of flap g onto the back of elements La (#57)/Ac (#89); press the front of flap h onto the back of elements Hf (#72)/Rf (#104).

Apply glue on flap 14. k (now hiding behind groups III A and IV A) and press together.

continued, over

Literature Cited

Adapted by Riley Houston from: The Periodic Building of the Elements: Can the Periodic Table Be Transformed into Stereo? He, F.-c.; Li, X.-y. J. Chem Educ. 1997, 74, 792–793.

Apply glue to behind 15. Sc (#21) and Ti (#22) and press Sc (#21) and Ti (#22) together with the back of Cu (#29) and Zn (#30).

Glue down the 16. p block flap to create the top of the square column.

Apply glue to the top of flaps 17. l and m; fold flap n into the opening behind Ni (#28) and V (#23).

Apply glue into the opening where the 18. n flap is to secure it in place.

Apply glue on to flaps 19. q1 and q2; fold flaps r1 and r2 down on top of q1 and q2.

Apply glue on top of 20. r1 and r2; fold down flap s on top of r1 and r2.

Apply glue to the top of 21. p1 and p2; fold down the last two remaining flaps, o1 and o2 on top of p1 and p2.

Construction Directions (continued) Periodic Table as a Building: Variation 2

The photograph shows an assembled model of the Periodic Table as a Building: Variation 2.

Supplement to: Periodic Table Presentations and Inspirations, by Mary E. Saecker, J. Chem. Educ., 2009, 86, 1151.

sblock

pblo

ck

dblo

ck

fblock

38Sr

87.62

20Ca

40.08

12Mg24.31

4Be9.01

3Li

6.94

11Na22.99

19K

39.10

37Rb

85.47

1H

1.01

55Cs

132.91

56Ba

137.33

21Sc

44.96

39Y

88.91

57La

138.91

87Fr

(223)

88Ra(226)

89Ac

227.03

22Ti

47.88

40Zr

91.22

72Hf

178.49

104Rf

(261)

105Db(262)

73Ta

180.95

41Nb92.91

23V

50.94

24Cr

52.00

42Mo95.96

74W

183.84

106Sg(266)

75Re

186.21

43Tc(98)

25Mn54.94

26Fe

55.85

44Ru

101.07

76Os

190.23

108Hs(277)

107Bh(264)

109Mt(268)

77Ir

192.22

45Rh

102.91

27Co

58.93

28Ni

58.69

46Pd

106.42

78Pt

195.08

110Ds(281)

29Cu

63.55

47Ag

107.87

79Au

196.97

111Rg(272)

30Zn

65.38

48Cd

112.41

80Hg

200.59

112

(285)

81Tl

204.38

49In

114.82

31Ga69.72

13Al

26.98

5B

10.81

6C

12.01

14Si

28.09

32Ge72.64

50Sn

118.71

82Pb

207.2

7N

14.01

15P

30.97

83Bi

208.98

51Sb

121.76

33As

74.92

8O

16.00

34Se

78.96

52Te

127.60

84Po(209)

9F

19.00

17Cl

35.45

35Br

79.90

53I

126.90

85At

(210)

2He4.00

10Ne20.18

18Ar

39.95

36Kr

83.80

86Rn(222)

54Xe

131.29

16S

32.07

58Ce

140.12

90Th

232.04

59Pr

140.91

91Pa

231.04

60Nd

144.24

92U

238.03

61Pm(145)

93Np(237)

62Sm

150.36

94Pu(244)

63Eu

151.96

95Am(243)

64Gd

157.25

96Cm(247)

65Tb

158.93

97Bk(247)

66Dy

162.50

98Cf

(251)

67Ho

164.93

99Es

(252)

68Er

167.26

100Fm(257)

69Tm

168.93

101Md(258)

70Yb

173.04

102No(259)

71Lu

174.97

103Lr

(262)

113

(284)

114

(289)

115

(288)

116

(293)

118

(294)

I A

II A



VIII Ad

k

g h

b1 b2

l m

n

c1 c2

f

e

a

so1 q1 r1 r2 q2 p1 p2o2

Created and designed by

Riley Houston Adapted from: The Periodic

Building of the Elements: Can the Periodic Table Be

Transformed into Stereo?


1997, 74, 792−793

Periodic Table as a Building: Variation 2 8.5 x 11 inches




Supplement to: Periodic Table Presentations

and Inspirations, by Mary E. Saecker,,

J. Chem. Educ. 2009, 86, 1151.

sblock

pblo

ck

dblo

ck

fblock

38Sr

87.62

20Ca

40.08

12Mg24.31

4Be9.01

3Li

6.94

11Na22.99

19K

39.10

37Rb

85.47

1H

1.01

55Cs

132.91

56Ba

137.33

21Sc

44.96

39Y

88.91

57La

138.91

87Fr

(223)

88Ra(226)

89Ac

227.03

22Ti

47.88

40Zr

91.22

72Hf

178.49

104Rf

(261)

105Db(262)

73Ta

180.95

41Nb92.91

23V

50.94

24Cr

52.00

42Mo95.96

74W

183.84

106Sg(266)

75Re

186.21

43Tc(98)

25Mn54.94

26Fe

55.85

44Ru

101.07

76Os

190.23

108Hs(277)

107Bh(264)

109Mt(268)

77Ir

192.22

45Rh

102.91

27Co

58.93

28Ni

58.69

46Pd

106.42

78Pt

195.08

110Ds(281)

29Cu

63.55

47Ag

107.87

79Au

196.97

111Rg(272)

30Zn

65.38

48Cd

112.41

80Hg

200.59

112

(285)

81Tl

204.38

49In

114.82

31Ga69.72

13Al

26.98

5B

10.81

6C

12.01

14Si

28.09

32Ge72.64

50Sn

118.71

82Pb

207.2

7N

14.01

15P

30.97

83Bi

208.98

51Sb

121.76

33As

74.92

8O

16.00

34Se

78.96

52Te

127.60

84Po(209)

9F

19.00

17Cl

35.45

35Br

79.90

53I

126.90

85At

(210)

2He4.00

10Ne20.18

18Ar

39.95

36Kr

83.80

86Rn(222)

54Xe

131.29

16S

32.07

58Ce

140.12

90Th

232.04

59Pr

140.91

91Pa

231.04

60Nd

144.24

92U

238.03

61Pm(145)

93Np(237)

62Sm

150.36

94Pu(244)

63Eu

151.96

95Am(243)

64Gd

157.25

96Cm(247)

65Tb

158.93

97Bk(247)

66Dy

162.50

98Cf

(251)

67Ho

164.93

99Es

(252)

68Er

167.26

100Fm(257)

69Tm

168.93

101Md(258)

70Yb

173.04

102No(259)

71Lu

174.97

103Lr

(262)

113

(284)

114

(289)

115

(288)

116

(293)

118

(294)

I A

II A



VIII Ad

k

g h

b1 b2

l m

n

c1 c2

f

e

a

so1 q1 r1 r2 q2 p1 p2o2

Created and designed by

Riley Houston Adapted from: The Periodic

Building of the Elements: Can the Periodic Table Be

Transformed into Stereo?


1997, 74, 792−793

Periodic Table as a Building: Variation 2 11 x 17 inches




Supplement to: Periodic Table Presentations

and Inspirations,

by Mary E. Saecker,, J. Chem. Educ. 2009, 86, 1151.

per table templates

Documents