Chemistry Unit Review Game

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Chemistry Unit Review Game
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Chapter 1

• Anything that has mass and volume is considered
  to be???
• A Matter
• An example of this type of change is a change of
  state.
• A Physical change
• What physical property can be measured
  numerically?
• A Quantitative properites

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Qualitative and Quantitative Properties

• Which of these properties is not a qualitative
  property ductility, malleability, magnetism,
  conductivity, colour?
• A Conductivity
• What quantitative property is the ability to
  dissolve in water?
• A Solubility
• What qualitative property is the ability to be
  beaten into sheets?
• A - Malleability

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Daltons Atomic Theory Main Points

• All matter is made of small particles called
  atoms.
• Atoms cannot be created, destroyed, or divided
  into smaller particles.
• All atoms of the same element are identical in
  mass and size, but are different in mass or size
  from the other elements.
• Compounds are created when atoms of different
  elements link together in definite proportions.

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• Who proposed the raisin bun model of the atom?
• A J.J. Thomson
• Who proposed specific energy levels or shells for
  electrons to be found?
• A Niels Bohr
• What was the positive particle that Rutherford
  used to shoot through the gold foil?
• A Alpha particle

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The Atom
A

• A, B, and C are considered what?
• A Subatomic particles
• Which letter refers to the electron of the atom?
• A A
• What type of charge does B have?
• A - 0

B
C
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A

• Which two subatomic particles are nearly equal in
  mass?
• A Protons and neutrons (B and C)
• What subatomic particle determines what element
  you have?
• A - Protons

B
C
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State the SymbolNO PERIODIC TABLES

• Gold
• A Au
• Potassium
• A K
• Strontium
• A Sr
• Manganese
• A - Mn

• Silver
• A Ag
• Mercury
• A Hg
• Selenium
• A Se
• Xeon
• A - Xe

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State the NameNO PERIODIC TABLES

• Ne
• A Neon
• W
• A Tungsten
• Kr
• A Krypton
• Fe
• A Iron

• Ti
• A Titanium
• Cs
• A Cesium
• Mg
• A Magnesium
• Be
• Beryllium

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• An element is found to be malleable and have a
  shiny luster. It is considered a
• A metal
• A new element is found and it is solid, shiny,
  decent conductor of heat, and brittle. What type
  of element can this be considered?
• A - metalloid

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• What is meant by the term ion charge?
• A the number of electrons an atom may gain or
  lose from other atoms.
• What particle has to be removed from an atom so
  that the atom becomes a positive ion?
• A electrons
• What kind of ions do elements on the right side
  of the periodic table form?
• A - negative

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• What periodic family has a common ion charge of
  zero?
• A Noble gases
• What kind of reactivity will these elements have?
• A none, stable, non-reactive
• Which family will react more with water Alkali
  metals or Alkaline earth metals?
• A alkali metals

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• What is a valence electron?
• A an electron found in a valence shell which is
  the outermost shell for atoms.
• Why is H listed in the same column as the metals
  Li, Na, and K even though H is a non-metal?
• A it want to give away one electron therefore,
  it has the same number of valence electrons as
  the alkali family.

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• Identify the following atoms
• 2,8,3
• A Aluminum
• 2,8,4
• A Silicon
• 2,7
• A Fluorine
• 2,8
• A Neon

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Atomic Numbers and Atomic Masses

• Atomic 78
• A Platinum
• Atomic 72
• A Hafnium
• Atomic mass 258
• A Mendelevium
• Atomic mass 88
• A - Radium

• of e- 31
• A Gallium
• of e- 63
• A Europium
• Atomic 18
• A Argon
• Atomic mass 51
• A - Vanadium

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• What is Ca2? Its an
• A Ion
• What is Cl? Its an
• A Atom
• What do the red dots represent?
• A Electrons

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• Is the picture to the right a ionic or covalent
  bond?
• A covalent
• How do you know?
• A The electrons are being shared.
• What atoms are represented here?
• A Hydrogen

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• What is the structure on the right called?
• A A crystal lattice
• What is the most common crystal lattice known?
• A NaCl (salt)
• What type of bonding produces crystal lattices?
• A Ionic bonding

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• How are ionic bonds produced?
• A When a metal and non-metal combine. The
  metal gives the non-metal electrons, causing it
  to become positive. The non-metal becomes
  negative and the positive and negative charges
  attract.
• What is a chemical formula?
• A The symbols that show the elements in a
  compound and their ratios (relative number of
  each element in the compound)

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Ionic Bonds State the Name

• Rubidium is mixed with bromine.
• A rubidium bromide
• Sulphur is mixed with calcium.
• A calcium sulphide
• Cesium is mixed with phosphorus.
• A Cesium phosphide
• Oxygen is mixed with strontium.
• A Strontium oxide

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Ionic Bonds State the Formula

• Lithium combines with fluorine.
• A LiF
• Calcium combines with chlorine.
• A CaCl2
• Silver combines with oxygen.
• A Ag2O
• Scandium combines with sulphur.
• A Sc2S3

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Ionic Bonds State the Formula

• Oxygen combines with calcium.
• A CaO
• Tungsten combines with nitrogen.
• A WN2
• Barium combines with sulphur.
• A BaS
• Zinc combines with bromine.
• A ZnBr2

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Multivalent Ions

• Give three examples of multivalent ions.
• A Titanium, vanadium, iron, manganese, cobalt,
  nickel, copper, gold, mercury, etc.
• What do we need to do when naming compounds that
  contain multivalent ions?
• A Use Roman numerals to indicate the ion charge
  for the metal

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Multivalent Ions State the Formulas

• Copper (II) oxide
• A CuO
• Nickel (III) chloride
• A NiCl3
• Cobalt (III) oxide
• A Co2O3
• Manganese (IV) sulphide
• A MnS2

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Multivalent Ions State the Name

• CrCl3
• A Chromium (III) chloride
• PbO
• A Lead (II) oxide
• SnS2
• A Tin (IV) sulphide
• NiF3
• A Nickel (III) fluoride

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Polyatomic Ions

• Give three examples of polyatomic ions.
• How are polyatomic ions bonded?
• A By covalent bonds
• Do polyatomic ions have an ion charge?
• A Yes
• Can polyatomic ions be bonded to metals in an
  ionic bond?
• A - Yes

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Polyatomic Ions State the Formula

• Potassium permanganate
• A KMnO4
• Lithium dichromate
• A Li2Cr2O7
• Calcium hydroxide
• A Ca(OH)2
• Magnesium phosphate
• A Mg3(PO4)2