303 S1 3.04 Electron Arrangement Patterns
Quiz yourself by thinking what should be in
each of the black spaces below before clicking
on it to display the answer.
Help!
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| Electronegativity and ionization energy increase as you go [...] and to the [...] (towards the New York corner) | Electronegativity and ionization energy increase as you go up and to the right (towards the New York corner)
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| Octet Rule: Elements that have [...] electrons in the outermost shell are the most stable. | Octet Rule: Elements that have eight electrons in the outermost shell are the most stable.
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| The noble gases have their [...] and [...] orbitals completely filled. | The noble gases have their s and p orbitals completely filled.
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| [...] gasses have a full octet of valence electrons. | Noble gasses have a full octet of valence electrons.
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| The alkali metals are those in Group 1A of the periodic table and have only [...] outer (valence) electron. | The alkali metals are those in Group 1A of the periodic table and have only 1 outer (valence) electron.
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| The alkaline earth metals are found in Group 2A and have only [...] outer (valence) electrons. | The alkaline earth metals are found in Group 2A and have only 2 outer (valence) electrons.
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| Alkali and alkaline earth metals are very [...]. | Alkali and alkaline earth metals are very reactive.
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| The halogens are nonmetals found in Group 7A. They are [...] electron away from a full octet. | The halogens are nonmetals found in Group 7A. They are one electron away from a full octet.
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| The alkali metals in group 1A are [...] electron away from a full octet. | The alkali metals in group 1A are one electron away from a full octet.
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| In Groups 1A through 8A, the [...] number tells you the number of electrons in the highest-energy orbital (valence electrons). | In Groups 1A through 8A, the group number tells you the number of electrons in the highest-energy orbital (valence electrons).
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| You can divide the periodic table into blocks (s, p, d, f) based on which orbital type (s, p, d, or f) is filled [...]. | You can divide the periodic table into blocks (s, p, d, f) based on which orbital type (s, p, d, or f) is filled last.
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| Trick to remember s, p, d, f = [...] | Trick to remember s, p, d, f = Some People Do Fine
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| The tallest block on the left is the [...] block | The tallest block on the left is the s block
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| The tallest block on the right is the [...] block | The tallest block on the right is the p block
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| After the s and p blocks, the next block down is the [...] block. | After the s and p blocks, the next block down is the d block.
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| Below everything else is the [...] block. | Below everything else is the f block.
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Created by:
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