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X -representative, transition, inner-transition metals

X -BLOCKS - s p d f

X -GROUPS -names

X -PERIODS

X -ELECTRONS- unpaired e-, valence e-

X -LEWIS DOT - structures

X -ELECTRON CONFIGURATION

X -NOBLE GAS CONFIGURATION

X -ORBITAL NOTATION

X -ATOMIC RADIUS TRENDS -group/period reasons

X -IONIZATION ENERGY TRENDS -group/period reasons

X -ELECTRONEGATIVITY TRENDS -group/period reasons

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1.Hydrogen
2.Nitrogen
3.Sodium
4.Copper
5.Bromine
6.Krypton
7.Zirconium
8.Molybdenum
9.Tellurium
10.Xenon
11.Halfnium
12.Francium
13.Radium
14.Cerium
15.Fermium

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Q14:Is your elements noble gas configuration [Ar] 4s^2 3d^10 4p^5 ?

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Q14:Is your elements noble gas configuration [Ar] 4s^2 3d^10 4p^5 ?

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Concept:Noble Gas configuration [Ar] 4s² 3d¹⁰ 4p⁵
Elements:Br, Te
Slide# 17

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Q13: Does your element have one unpaired electron in its orbital notation?

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Q13: Does your element have one unpaired electron in its orbital notation?

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Concept: Electron - # of Unpaired electrons
Elements:Cu, Mo
Slide# 16

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Q12: Is your element in the period where elements have electrons in the 6s sublevel?

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Q12: Is your element in the period where elements have electrons in the 6s sublevel?

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Concept: Periods
Elements:Zr, Hf
Slide# 15

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Q11: Does the Lewis dot structure for your element show 6 or more valence electrons?

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Q11: Does the Lewis dot structure for your element show 6 or more valence electrons?

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Concept: Lewis Dot structure(6 or more)
Elements:N, Br, Te
Slide# 14

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Q10: Does your element have 27 pairs of electrons in its complete orbital notation?

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Q10: Does your element have 27 pairs of electrons in its complete orbital notation?

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Concept: Orbital notation
1s↿⇂ 2s↿⇂ 2p↿⇂↿⇂↿⇂ 3s↿⇂ 3p↿⇂↿⇂↿⇂ 4s↿⇂ 3d↿⇂↿⇂↿⇂↿⇂↿⇂ 4p↿⇂↿⇂↿⇂ 5s↿⇂ 4d↿⇂↿⇂↿⇂↿⇂↿⇂ 5p↿⇂↿⇂↿⇂

(27 pairs)(1s² 2s² 2p⁶ 3s² 3p⁶ 3d¹⁰ 4s² 4p⁶ 4d¹⁰ 5s² 5p⁶)
Elements:Kr, Xe
Slide# 13

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Q9: Can your element only hold two electrons?

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Q9: Can your element only hold two electrons?

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Concept: Period 1
Elements: H, Na
Slide# 12

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Q8: Does the electron configuration for your element end with 7s¹ and has one unpaired electron?

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Q8: Does the electron configuration for your element end with 7s¹ and has one unpaired electron?

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Concept: Electron configuration 1s² 2s² 2p⁶ 3s² 3p⁶ 3d¹⁰ 4s² 4p⁶ 4d¹⁰ 5s² 5p⁶ 4f¹⁴ 5d¹⁰ 6s² 6p⁶ 7s¹
Elements: Fr, Ra
Slide# 11

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Q7: Is the electronegativity level of your element low following periods trends compared to Gold(Au)?

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Q7: Is the electronegativity level of your element low following periods trends compared to Gold(Au)?

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Concept: Electronegativity energy period trends(low)
Elements:Cu, Mo, Fm
Slide# 10

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Q6: Is your element a transition metal with their last electrons in the d orbitals?

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Q6: Is your element a transition metal with their last electrons in the d orbitals?

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Concept: D block
Elements: Zr, Hf, Ce
Slide# 9

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Q5: Is your element in the group with elements that have full valence shells?

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Q5: Is your element in the group with elements that have full valence shells?

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Concept: Noble Gas
Elements: N, Br, Kr, Te, Xe
Slide# 8

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Q4: Does your element have a high atomic radius following period trends relative Potassium(K)?

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Q4: Does your element have a high atomic radius following period trends relative Potassium(K)?

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Concept: High Atomic Radius period trends
Elements:H, Na, Fr, Ra
Slide# 7

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Q3: Is the ionization energy level of your element low following period trends relative to Cesium(Cs)?

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Q3: Is the ionization energy level of your element low following period trends relative to Cesium(Cs)?

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Concept: Ionization energy period trends(low)
Elements:Cu, Zr, Mo, Hf, Ce, Fm
Slide# 6

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Q2: Does your elements valence electrons form an s orbital and can only hold a max of two valence electron?

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Q2: Does your elements valence electrons form an s orbital and can only hold a max of two valence electron?

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Concept: S block
Elements: H,N,Na,Br,Kr,Te,Xe,Fr,Ra
Slide# 5

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Q1: Is your element's final electron in the highest energy level?

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Q1: Is your element's final electron in the highest energy level?

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Concept: Representative
Elements: H,N,Na,Cu,Br,Kr,Zr,Mo,Te,Xe,Hf,Fr,Ra,Ce,Fm
Slide# 4