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The Periodic Table (The world’s greatest cheat sheet)

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Presentation on theme: "The Periodic Table (The world’s greatest cheat sheet)"— Presentation transcript:

1 The Periodic Table (The world’s greatest cheat sheet)

2 The Periodic Table Data Sheet (The world’s greatest cheat sheet for the world’s greatest cheat sheet)

3 PERIODIC TABLE DATA SHEET
Group name & number Gain, Lose or Share e- Ion Bond Type Physical Characteristics

4 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons Group number & name Gain, Lose or Share e- Ion Bond Type Physical Characteristics

5 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name Gain, Lose or Share e- Ion Bond Type Physical Characteristics

6 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 2 3-12 13 14 15 16 17 18 Gain, Lose or Share e- Ion Bond Type Physical Characteristics

7 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases Gain, Lose or Share e- Ion Bond Type Physical Characteristics

8 electron blocks Write in s-block under columns 1 &2
Write in d-block under column 3-12 Write in p-block under columns 13 to 18

9 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases Gain, Lose or Share e- Ion Bond Type Physical Characteristics

10 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases Gain, Lose or Share e- Ion Bond Type nonmetals Physical Characteristics metals

11 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases Gain, Lose or Share e- Ion Bond Type nonmetals Physical Characteristics metals metalloids metalloids

12 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases Gain, Lose or Share e- Ion Bond Type nonmetals Physical Characteristics metals metalloids metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious

13 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases Gain, Lose or Share e- Ion Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious

14 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases Gain, Lose or Share e- Ion Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

15 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- Ion Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

16 So what is the repeating pattern for physical properties?
Pick an element…….

17 The f-block 1st row is named the rare earth elements.
Metals, nonmetals or metalloids?

18 representative elements
Elements in the s-block and p-block

19 ion An atom or group of atoms with a net positive or negative charge
How? By gaining or losing electrons Demonstration

20 2 types of ions cation positive ion more protons than electrons

21 2 types of ions cation positive ion more protons than electrons anion
negative ion more electrons than protons

22 octet rule Atoms tend to gain, lose or share electrons in order to:
acquire a full set of valence electrons attain the electron structure of the nearest noble gas.

23 Noble gases don’t usually make ions
Noble gases don’t usually make ions. They already have the stable configuration. We can trick the larger noble gases (Kr, Xe, Rn) in the laboratory.

24 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- Ion Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

25 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- Ion 1+ Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

26 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- Ion 1+ 2+ Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

27 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- lose 3 e- Ion 1+ 2+ 3+ Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

28 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- lose 3 e- C, Si share only Ion 1+ 2+ 3+ Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

29 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- lose 3 e- C, Si share only gain 3e- or share Ion 1+ 2+ 3+ 3- Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

30 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- lose 3 e- C, Si share only gain 3e- or share gain 2e- or share Ion 1+ 2+ 3+ 3- 2- Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

31 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- lose 3 e- C, Si share only gain 3e- or share gain 2e- or share gain 1e- or share Ion 1+ 2+ 3+ 3- 2- 1- Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

32 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- lose 3 e- C, Si share only gain 3e- or share gain 2e- or share gain 1e- or share nothing (octet present) Ion 1+ 2+ 3+ 3- 2- 1- none Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor

33 PERIODIC TABLE DATA SHEET
 group, family: same number of valence electrons  period, series: same number of principle energy levels Group number & name 1 alkali 2 alkaline earth 3-12 transition element 13 14 15 16 17 halogen 18 noble gases colorless odorless gases Gain, Lose or Share e- lose 1 e- lose 2 e- lose 3 e- C, Si share only gain 3e- or share gain 2e- or share gain 1e- or share nothing (octet present) Ion 1+ 2+ 3+ cations anions 3- 2- 1- none Bond Type nonmetals Physical Characteristics metals metalloids dull, brittle, insulators metalloids luster, conductors (heat & electricity), ductile, malleable, tenacious Si = semiconductor


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