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Chalkboard Challenge: The Periodic Table and Periodicity

Chalkboard Challenge: The Periodic Table and Periodicity

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Page 1: Chalkboard Challenge: The Periodic Table and Periodicity

Chalkboard Challenge:The Periodic Table and

Periodicity

Page 2: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Regions of the Regions of the Table, ITable, I

Regions of the Regions of the Table, IITable, II

History of the History of the TableTable PeriodicityPeriodicity TrendsTrends

100 100 100 100 100

200 200 200 200 200

300 300 300 300 300

400 400 400 400 400

500 500 500 500 500

Let’s PlayFinal Challenge

Page 3: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Most of the elements on the Table are of this type, exhibiting

properties of luster, electrical conductivity, ductility, and

malleability.100What are the metals?

Regions of the Table, I for 100

Page 4: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The unreactive, Group 18 elements.200What are the noble gases?

Regions of the Table, I for 200

Page 5: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Elements 90-103300What are the actinides?

Regions of the Table, I for 300

Page 6: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The highly-reactive, Group 1 elements.400What are the alkali metals?

Regions of the Table, I for 400

Page 7: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The highly-reactive, Group 17 elements.500What are the halogens?

Regions of the Table, I for 500

Page 8: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

This broad classification of elements consist of insulators,

and are generally gases or brittle solids at room temperature.100What are the nonmetals?

Regions of the Table, II for 100

Page 9: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

These “stair-step” elements exhibit properties of both insulators and

conductors.200What are the metalloids?

Regions of the Table, II for 200

Page 10: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Elements 58-71.300What are the lanthanides?

Regions of the Table, II for 300

Page 11: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The Group 11 elements were often used in historical times as

currency.400What are the coinage metals?

Regions of the Table, II for 400

Page 12: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The Group 2 elements take a 2+ charge when they become

cations.500What are the alkaline earth metals?

Regions of the Table, II for 500

Page 13: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

This Russian scientist is credited with inventing the Table, around

the year 1870.100Who is Dmitri Mendeleev?

History of the Table for 100

Page 14: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Mendeleev based his Table on this property of the elements.200What is atomic mass?

History of the Table for 200

Page 15: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The British scientist Henry Moseley modified Mendeleev’s Table, using

this property of the elements. 300What is atomic number?

History of the Table for 300

Page 16: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

This principle states that the properties exhibited by elements

repeat at regular intervals. 400What is the periodic law?

History of the Table for 400

Page 17: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Using his Table, Mendeleev was able to predict the properties of

these substances, without having any prior knowledge about them.500What are unknown elements?

History of the Table for 500

Page 18: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The general term that refers to the size of a neutral atom.100What is atomic radius?

Periodicity for 100

Page 19: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The general term that refers to the size of a cation or an anion.200What is ionic radius?

Periodicity for 200

Page 20: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The amount of energy required to remove an electron from an atom.300What is ionization energy?

Periodicity for 300

Page 21: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The tendency for a bonded atom to attract electrons to itself.400What is electronegativity?

Periodicity for 400

Page 22: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

The tendency for the kernel electrons to block the valence

electrons from the positive, attractive force of the nucleus.500What is the shielding effect?

Periodicity for 500

Page 23: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Within a group, this is the direction in which the atomic radius

increases. 100What is “from top to bottom”?

Trends for 100

Page 24: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Within a period, this is the direction in which the atomic radius

increases.200What is “from right to left”?

Trends for 200

Page 25: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Within a group, this is the direction in which the shielding effect

increases.300What is “from top to bottom”?

Trends for 300

Page 26: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Within a period, this is the direction in which ionization energy

increases.400What is “from left to right”?

Trends for 400

Page 27: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Within a group, this is the direction in which the ionization energy

increases.500What is “from bottom to top”?

Trends for 500

Page 28: Chalkboard Challenge: The Periodic Table and Periodicity

Students Teachers

Game Board

AnionsCations

Write Your

Final Challenge

Wager

Across the entire Periodic Table, this is the direction in which electronegativity increases.

Final ChallengeEnd Game

TIME’SUP!

TIME’SUP!

What is “from lower left

to upper right”?

Page 29: Chalkboard Challenge: The Periodic Table and Periodicity

Game Over

“Luck is for the ill-prepared.”

Alex Hess

STUDY FOR YOUR TEST.

Played by Arnold Schwarzenegger

Movie: Junior