JEOPARDY

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JEOPARDY
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Famous Chemists Periodic Table What? The Wacky Compounds We Love Reaction stuff Survivor Safety Does it Matter ?
100 100 100 100 100 100
200 200 200 200 200 200
300 300 300 300 300 300
400 400 400 400 400 400
500 500 500 500 500 500
3
I - 100

• We, pseudo-scientists know that metal can be
  turned into gold, yet were still working on the
  solution.

4
I - 200

• I made the contribution to chemistry by
  organizing elements in a table. For this I am
  known as the Father of Modern Chemistry, and
  dont you ever forget it.

5
I - 300

• Some say I like raisin buns, but that was my
  theory that the positively charged sphere has
  negatively charged electrons in it.

6
I - 400

• All atoms in a particular element have the same
  mass. Dalton named the theory this.

7
I - 500

• I am a famous Canadian that fired electrons at
  gold foil, to discover a nucleus.

8
II - 100

• We are the Group 18 elements, also known as snobs
  by Miss Barylski.

9
II - 200

• We are found between metals and non-metals on the
  periodic table.

10
II - 300

• I am a Russian scientist who arranged elements in
  a way that reflected patterns in the properties
  of elements.

11
II - 400

• I am found in Group 11, Period 6

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II - 500

• The number of protons in an element is
  represented by this number on the periodic table.

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III - 100

• Ions form in order to make these compounds, which
  are made up of metals and non-metals.

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III - 200

• This many atoms are in the following chemical
  formula.
• Mg3N2

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III - 300

• Asprin C9H8O4 has these elements.

16
III - 400

• Ionic compounds have these characteristics (name
  4)

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III - 500

• Which of the following are polyatomic?
• a) Fe3 b) CO32- c) SO42- d) Ca2 e) NH4

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IV - 100

• This reaction absorbs heat energy.

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IV - 200

• The evidence of a chemical reaction (name 4)

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IV - 300

• Oxygen is required for these 3 reactions.

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IV - 400

• This law states that nothing can ever be created
  nor destroyed.

22
IV - 500

• By cutting wood into smaller pieces you increase
  this, in order for the fire to burn better.

23
V - 100

• Hazard symbol

24
V - 200
25
V - 300
26
V - 400

• WHMIS stands for this.

27
V - 500

• What type of WHMIS symbol would you expect on a
  bottle of sulphuric acid?

28
VI - 100

• Three of many physical properties

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VI - 200

• Condensation is this.

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VI - 300

• Material that cannot be broken down into simpler
  substances.

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VI - 400

• Made up of only one kind of matter.
• Example Mercury or glucose.

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VI - 500

• Milk or ketchup is an example of this type of
  classification.

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I a - 100

• Alchemists

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I a - 200

• Lavoisier

35
I a - 300

• Thomson

36
I a - 400

• Billard ball model

37
I a - 500

• Rutherford

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II a - 100

• Noble gases

39
II a - 200

• Metalloids

40
II a - 300

• Mendeleev

41
II a - 400

• Au gold

42
II a - 500

• Atomic number

43
III a - 100

• Ionic compounds

44
III a - 200

• 5

45
III a - 300

• Carbon, Hydrogen, Oxygen

46
III a - 400

• High melting point
• All solids
• Conduct electricity
• Distinct crystal shape

47
III a - 500

• b) c) e)

48
IV a -100

• Endothermic

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IV a - 200

• Colour change
• Formation of an odour
• Formation of a solid or a gas
• Release/absorption of heat

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IV a - 300

• Combustion
• Cellular respiration
• Corrosion

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IV a - 400

• Conservation of mass.

52
IV a - 500

• Surface area of reactants

53
V a - 100

• Flammable

54
V a - 200

• Oxidizing material

55
V a - 300

• Caution

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V a - 400

• Workplace Hazardous Materials Information System

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V a - 500

• Corrosive material

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VI a - 100

• Colour, lusture, melting point, boiling point,
  hardness, malleability, ductility, crystal shape,
  solubility, density, conductivity

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VI a - 200

• Change from gas to liquid.

60
VI a - 300

• Element

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VI a - 400

• Pure Substance

62
VI a - 500

• Colloid