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-representative, transition, inner-transition metals

-BLOCKS - s p d f

-GROUPS -names

PERIODS

ELECTRONS- unpaired e-, valence e-

LEWIS DOT - structures

ELECTRON CONFIGURATION

NOBLE GAS CONFIGURATION

ORBITAL NOTATION

ATOMIC RADIUS TRENDS -group/period reasons

IONIZATION ENERGY TRENDS -group/period reasons

ELECTRONEGATIVITY TRENDS -group/period reasons

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1. Hydrogen  2. Boron  3. Neon  4. Magnesium  5. Sulfur 6. Nickel  7. Gallium
8. Krypton  9. Niobium  10. Iodine   11. Cesium  12. Barium  13. Mercury
14. Gadolinium  15. Actinium 16. Nitrogen  17. Osmium  18. Bismuth  19. Dubnium  20. Einsteinium

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Q19: Is your elements electron configuration [Xe] 6s2

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Q19: Is your elements electron configuration [Xe] 6s2

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Concept:
Elements: Ba, Cs
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Q18: Is the Atomic Radius more than Neptunium?

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Q18: Is the Atomic Radius more than Neptunium?

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Concept:
Elements: Ac, Es
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17: Is your elements electron configuration [Ar] 3d10 4s2 4p6?

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17: Is your elements electron configuration [Ar] 3d10 4s2 4p6?

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Concept: Electron configuration
Elements: He, Kr
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16: Is your elements atomic radius less than Mercury's?

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16: Is your elements atomic radius less than Mercury's?

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Concept: Atomic Radius
Elements: Os, Db
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Q23: Does your element have 5 electrons in their outermost energy level?

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Q23: Does your element have 5 electrons in their outermost energy level?

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Concept:
Elements: Ga, Bi
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Concept:
Elements: Ni, Hg
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Q15: Does your element have electrons in the first six energy levels?

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Q15: Does your element have electrons in the first six energy levels?

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Concept:
Elements: Nb, Cs, Ba
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Q14: Is your element on the highest Radius Trend on the periodic table?

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Q14: Is your element on the highest Radius Trend on the periodic table?

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Concept: Radius trends
Elements: Gd, Ac, Es
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Q13: Is the structure of your element H:H?

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Q13: Is the structure of your element H:H?

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Concept: Lewis Dot structures
Elements: H, Ne, Kr
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Q12: Does it readily lose their outermost electron to form a positively charged ion?

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Q12: Does it readily lose their outermost electron to form a positively charged ion?

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Concept: Alkali Metals
Elements: Mg, Os, Db
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Q11: Does it form compounds with profound catalyst activity?

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Q11: Does it form compounds with profound catalyst activity?

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Concept: D Block
Elements: Ni, Hg, Ga, Bi
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Q9: As a solid is it brittle and crumbly?

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Q9: As a solid is it brittle and crumbly?

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Concept:  Halogens group
Elements: S, I
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Q7: Does it have a large charge/radius ratio?

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Q7: Does it have a large charge/radius ratio?

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Concept: Inner-transition metals
Elements:  Nb, Cs, Ba, Gd, Ac, Es,
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Concept: Metals
Elements: H, Ne, Mg, Os, Db, Kr
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Concept: Metalloids
Elements: B, N, S, Ne, Kr
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Q4: Does your element have two orbitals for their electrons?

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Q4: Does your element have two orbitals for their electrons?

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Concept: Orbital Notation
Elements: Ni, Ga, Hg, Bi, I
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Q3:Is your elements ionization energy greater than Vanadium?

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Q3:Is your elements ionization energy greater than Vanadium?

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Concept: Ionization Energy
Elements: H, Ne, Mg, Nb, Cs, Ba, Os, Gd, Ac, Es, Db, Kr
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Q2: Does your element have a bigger atomic radius then Selenium? 

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Q2: Does your element have a bigger atomic radius then Selenium? 

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Concept:
Elements: Ni, Hg, Ga, B, Bi, I, S, N
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Q1: Does your element have higher electronegativity than platinum?

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Q1: Does your element have higher electronegativity than platinum?

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Concept: Electronegativity Trends
Elements: H, B, Ne, N, Mg, S, Ni, Ga, Kr, Nb, I, Cs, Ba, Os, Hg, Bi, Db, Gd, Ac, Es
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