PERIODIC TABLE

JEOPARDY

Alex Bilzerian

Round 1 Round 2Final

Jeopardy Main MenuRules

1.To play, begin by dividing a group of students into two or more groups.2.On the array of question choices following this page, each group has the opportunity to select the question they would like to answer. If they answer correctly, they gain the amount of points indicated by the question block, and if they answer incorrectly, they lose said amount of points and the next group can produce an answer.3.There are two rounds of gameplay (round two can only be reached after the first board is completely filled) and a final jeopardy question. Time limits can variably change based on the instructor.4.Elect one person to operate the jeopardy file and keep track of the scores and questions already answered.

Development of the Periodic Table

Naming Compounds

MonatomicIons

Electron Configuration

Polyatomic Ions

Atomic Symbols

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Round 2

Final Jeopardy

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$100$100

“The Fathers of the Periodic Table” (name one)

“The Fathers of the Periodic Table” (name one)

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Who were Lothar Meyer and Dmitri Ivanovich Mendeleev?

Who were Lothar Meyer and Dmitri Ivanovich Mendeleev?

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Found a relationship between the X-ray wavelength of an element and its atomic number which led to a

reorganization of the table via atomic number rather than weight.

Found a relationship between the X-ray wavelength of an element and its atomic number which led to a

reorganization of the table via atomic number rather than weight.

$200$200

Who was Henry Moseley?Who was Henry Moseley?

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The first element discovered through the scientific method by

Hennig Brand in 1649.

The first element discovered through the scientific method by

Hennig Brand in 1649.

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What is Phosphorus [P]?What is Phosphorus [P]?

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Discovered elements in the actinide series and was able to rearrange

the periodic table to its current form.

Discovered elements in the actinide series and was able to rearrange

the periodic table to its current form.

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Who was Glenn Seaborg?Who was Glenn Seaborg?

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An English chemist who wrote the Law of Octaves (elements repeated

their chemical properties every eighth element) in 1863.

An English chemist who wrote the Law of Octaves (elements repeated

their chemical properties every eighth element) in 1863.

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Who was John Newlands?Who was John Newlands?

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Al(BrO3

)3

Al(BrO3

)3

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What is Aluminum Bromate?What is Aluminum Bromate?

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(NH4

)2

S(NH4

)2

S

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What is Ammonium Sulfide?What is Ammonium Sulfide?

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Mg3

N2

Mg3

N2

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What is Magnesium Nitride?What is Magnesium Nitride?

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phosphorus pentabromide phosphorus pentabromide

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What is PBr5?What is PBr5?

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stannic acetatestannic acetate

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What is Sn(C2H3O2)4?What is Sn(C2H3O2)4?

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ZincZinc

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What is Zn2+?What is Zn2+?

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CadmiumCadmium

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What is Cd2+?What is Cd2+?

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SilverSilver

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What is Ag+?What is Ag+?

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Ferrous/FerricFerrous/Ferric

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What is Fe2+/Fe3+?What is Fe2+/Fe3+?

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Plumbous/PlumbicPlumbous/Plumbic

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What is Pb2+/Pb4+?What is Pb2+/Pb4+?

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NitrateNitrate

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What is NO3-?What is NO3-?

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CyanideCyanide

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What is CN-?What is CN-?

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MnO4-MnO4-

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What is Permanganate?What is Permanganate?

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BicarbonateBicarbonate

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What is HCO3-?What is HCO3-?

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ArseniteArsenite

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What is AsO33-?What is AsO33-?

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CarbonCarbon

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What is C?What is C?

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RuRu

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What is Ruthenium?What is Ruthenium?

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HsHs

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What is Hassium?What is Hassium?

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SeaborgiumSeaborgium

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What is Sg?What is Sg?

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UuqUuq

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What is Ununquadium?What is Ununquadium?

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Hydrogen full configurationHydrogen full configuration

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What is 1s1?What is 1s1?

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Potassium simplified configurationPotassium simplified configuration

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What is [Ar] 4s1?What is [Ar] 4s1?

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Tin full configurationTin full configuration

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What is 1s2 2s2 2p6 3s2 3p6 3d10 4s2 4p6 4d10 5s2 5p2?

What is 1s2 2s2 2p6 3s2 3p6 3d10 4s2 4p6 4d10 5s2 5p2?

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Ununpentium simpilified configuration

Ununpentium simpilified configuration

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What is [Rn] 5f14 6d10 7s2 7p3?What is [Rn] 5f14 6d10 7s2 7p3?

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What element (include atomic symbol) ends with “6s2”?

What element (include atomic symbol) ends with “6s2”?

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What is Neodynium [Nd]?What is Neodynium [Nd]?

Periodic

Trends

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Round 1

Final Jeopardy

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Element

Families

Element

Properties

Authentic

AP

Questions

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Describe the trend of increasing atomic radii on the periodic table.Describe the trend of increasing

atomic radii on the periodic table.

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Describe the trend of increasing ionization energies on the periodic

table.

Describe the trend of increasing ionization energies on the periodic

table.

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Describe the trend of electronegativity on the periodic

table.

Describe the trend of electronegativity on the periodic

table.

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Describe the highest density elements by period on the periodic

table.

Describe the highest density elements by period on the periodic

table.

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MenuBoron, Aluminum, Copper,

Ruthenium, OsmiumBoron, Aluminum, Copper,

Ruthenium, Osmium

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Describe the highest elements with the highest melting points by period

on the periodic table.

Describe the highest elements with the highest melting points by period

on the periodic table.

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MenuCarbon, Silicon, Vanadium,

Molybdenium, TungstenCarbon, Silicon, Vanadium,

Molybdenium, Tungsten

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Name five element families.Name five element families.

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Pick 5 of the following 9

Alkali Metals

Alkaline Earth Metals

Transition Metals

Boron Group or Earth Metals

Carbon Group or Tetrels

Nitrogen Group or Pnictogens

Oxygen Group or Chalcogens

Halogens

Noble Gases

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What element family does Hydrogen belong to?

What element family does Hydrogen belong to?

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Hydrogen does not belong to any family of elements. It is not an alkali metal because it does not have the

same properties of the group.

Hydrogen does not belong to any family of elements. It is not an alkali metal because it does not have the

same properties of the group.

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Elements in this family are sometimes referred to as “inert”

gases.

Elements in this family are sometimes referred to as “inert”

gases.

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What are Noble Gases? What are Noble Gases?

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The best known element in this family is very common on earth, can

form 4 bonds, allowing for the formation of thousands of different

chains and shapes.

The best known element in this family is very common on earth, can

form 4 bonds, allowing for the formation of thousands of different

chains and shapes.

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What is Carbon Group (Tetrels Family)?

What is Carbon Group (Tetrels Family)?

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Compounds that specifically contain elements from this group use roman

numerals in their naming.

Compounds that specifically contain elements from this group use roman

numerals in their naming.

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What are Transition Metals? What are Transition Metals?

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What is the most abundant element on earth?

What is the most abundant element on earth?

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What is Oxygen (47%)?What is Oxygen (47%)?

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Which elements are liquid at room temperature?

Which elements are liquid at room temperature?

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What are Bromine and Mercury?What are Bromine and Mercury?

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How many elements occur in nature?

How many elements occur in nature?

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What are 90 elements?What are 90 elements?

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This element was the first to be made artificially.

This element was the first to be made artificially.

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What is Technetium?What is Technetium?

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The main difference between Mendeleev’s periodic table and the

modern table.

The main difference between Mendeleev’s periodic table and the

modern table.

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Mendeleev’s table was ordered by atomic weight while the modern table organizes the elements by

atomic number.

Mendeleev’s table was ordered by atomic weight while the modern table organizes the elements by

atomic number.

$200$200Within a specified period, an increase in atomic number is usually accompanied by:

1.) an increase in atomic radius and an increase in electronegativity.

2.) a decrease in atomic radius and an increase in electronegativity.

3.) an increase in atomic radius and a decrease in electronegativity.

4.) a decrease in atomic radius and a decrease in electronegativity.

5.) None of the above.

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2.) a decrease in atomic radius and an increase in electronegativity.

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An atom of carbon-14 contains:

1.) 8 protons, 6 neutrons, 6 electrons

2.) 6 protons, 6 neutrons, 8 electrons

3.) 6 protons, 8 neutrons, 8 electrons

4.) 6 protons, 8 neutrons, 6 electrons

5.) 8 protons, 10 neutrons, 8 electrons

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4.) 6 protons, 8 neutrons, 6 electrons

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Which ion has the largest radius?

1.) I -

2.) Cl -

3.) Br -

4.) F -

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1.) I -

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What mass contains 6.0 * 1023 atoms?

1.) 6.0 g of carbon

2.) 16 g of sulfur

3.) 3.0 g of helium

4.) 28 g of silicon

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4.) 28 g of silicon

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Which metal atoms can form ionic bonds by losing electrons from both the outermost and next to outermost principal energy levels?

1.) Fe

2.) Mg

3.) Pb

4.) Ca

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1.) Fe

NO PERIODIC TABLES ALLOWEDNO PERIODIC TABLES ALLOWED

Final Jeopardy Question

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Produce a periodic table with as Produce a periodic table with as many elements as you can. In many elements as you can. In addition to atomic symbols and addition to atomic symbols and

atomic numbers, there should be atomic numbers, there should be arrows on the table indicating trends arrows on the table indicating trends in metallic nature, electronegativity, in metallic nature, electronegativity, ionization energy, and atomic radii ionization energy, and atomic radii

size.size.

Produce a periodic table with as Produce a periodic table with as many elements as you can. In many elements as you can. In addition to atomic symbols and addition to atomic symbols and

atomic numbers, there should be atomic numbers, there should be arrows on the table indicating trends arrows on the table indicating trends in metallic nature, electronegativity, in metallic nature, electronegativity, ionization energy, and atomic radii ionization energy, and atomic radii

size.size.

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