Yay, this practice test will determine if you're ready to take the real thing. Questions are taken right out of the book/packet and review lotsa vocab.
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Cations
Anions
Electrons
Nuclei
Photons
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Low ionization energy and high electron affinity
High ionization energy and low electron affinity
The same amount of ionization energy as electron affinity
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True
False
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Monoatomic Ionic Compound
Polyatomic Ionic Compound
Binary Ionic Compound
Binary Element
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Anion, cation
Brittle, malleable
Gypsies, thieves
Cation, anion
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Electromagnetitivity
A Cation
Electron Affinity
Ionic Bond
Chemical-Covalent Bond
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The ionic pyramid of charges
Crystal Lattice
Electron Affinity Model
Sea of Electrons Model
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The cardinal charge of the cation
The cardinal charge of the anion
Lattice Energy and how it affects the ionic compound
Whether the ionic compound is a monoatomic compound or a binary compound
The free-moving ability of electrons
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High, nonmalleable
Low, nonmalleable
High, malleable
Low, nonmalleable
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Delocalized Ionic Compound
Polyatomic Ionic Compound
Binary Ionic Compond
Electrolyte
Crystal Lattice
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Electron Affinity
Lattice Energy
Ionization Energy
Electromagnetitivity
Monoatonomy
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Greater
Lesser
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Greater, greater
Greater, smaller
Smaller, greater
Smaller, smaller
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Positive
Negative
Neutral
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Monoatomic
Polyatomic
Binary
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Lattice energy
Formula unit
Electrostatic attraction
Oxidation number
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Monoatomic
Binary
Polyatomic
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Oxidation state
Oxyanion
Oxion
Oxanion
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"Ate" will always have a superscript that is 1 greater than "ite".
"Ite" will always have a superscript that is 1 greater than "ate."
"Ite" will always have a superscript that is 3 times as that of "ate."
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Monoatomic
Binary
Polyatomic
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Cesium Bromate
Cesium Bromite
Celium Bromide
Cesium Bromide
Celium Bromite
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The difference of the atomic mass between an ion and an atom
(of) Delocalized electrons
They are Interstitial alloys
They are Substitutional alloys
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Ionic Bond
Chemical Bond
Physical Bond
Covalent Bond
Metallic Bond
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Substitutional alloys consist of small holes in a metallic crystal, while interstitial intersect atoms in substitutional alloys.
Substitutional alloys are replaced by other metals of opposite atomic size, while interstitial alloys intersect the electrons of a substitutional alloy (thus preventing from combining).
Substitutional alloys are replaced by other metals of similar atomic size, while interstitial alloys have small hols in a metallic crystal that are filled with smaller atoms.
Substitutional alloys substitute interstitial alloys when the interstitial alloy is not durable enough for the product being manufactured.
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False
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False
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False
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False
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False
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False
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False
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False
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False
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False
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False
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False
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False
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Substitutional
Interstitial
Monoatomic
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To get a more negative charge.
To get a more stable charge.
To get a more positive charge.
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Lower
Higher
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True
False
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