Jeopardy! Periodic Table Review

Jeopardy! $100 $200 $300 $400 $500 Electrons I’ve got my “ion” you Don’t be Negative Pot Porri Super “size” Me

Double Jeopardy! $200 $400 $600 $800 $1000 All In The Family Predicting Radius Other Predictions Random Stuff Parts! $200 $400 $600 $800 $1000

Final Jeopardy! Category: Predictions

Final Jeopardy! Give the elements with the: Biggest radiusBiggest radius Biggest massBiggest mass Highest ionization energyHighest ionization energy Highest electronegativityHighest electronegativity

Electrons--$100 This is how the number of valence electrons changes as you go from left to right across the periodic table.

Electrons--$200 This is the number of valence electrons oxygen has.

Electrons--$300 This is the number of valence electrons that Xenon has.

Electrons--$400 The outer electron configuration 3s 2 3p 3 is for this element.

An element with an electron configuration of 1s 2 2s 2 2p 3 will do what in order to be more stable? Electrons--$500

Super“size” Me--$100 This is how atomic radius changes from left to right on the periodic table.

Super“size” Me--$200 This is how atomic radius changes down a group on the periodic table.

Super“size” Me--$300 This is the reason why a positive ion is smaller than the neutral atom it is formed from.

Super“size” Me--$400 This is why a negative atom is always larger than the neutral atom it is formed from.

Super“size” Me--$500 This is the reason that atomic size increases as you go down a group on the periodic table.

I’ve Got My “Ion” You--$100 This is the definition of ionization energy.

I’ve Got My “Ion” You--$200 This is the element with the highest ionization energy: Cr, Nb, V, Mo

I’ve Got My “Ion” You--$300 This is the element with the highest ionization

I’ve Got My “Ion” You--$400 This is the reason ionization energy decreases down a group on the periodic table.

I’ve Got My “Ion” You--$500 This is the type of elements that would have the lowest ionization energy. (metalloids, non metals, metals)

Don’t Be Negative--$100 This is the trend in electronegativity as you go from left to right across the periodic table.

Don’t Be Negative--$200 This is the trend in electronegativity as you go down a group on the periodic table.

Don’t Be Negative--$300 This is the element that has the highest electronegativity of the following: Br, Li, F, Ne

Don’t Be Negative--$400 This is the group of elements that generally has the highest electronegativity.

Don’t Be Negative--$500 This is the element that has the highest electronegativity of the following: Al, C, S, Ge

Pot Porri--$100 This is the element with the largest ionic size of the following: C 4+, C 4-, C

Pot Porri--$200 This is one property that will increase as you go down a group on the periodic table.

Pot Porri--$300 When compared to elements on the right side of the periodic table, elements on the left side will have this electronegativity.

Pot Porri--$400 This is an example of a trend that increases as you move from left to right across the periodic table.

Pot Porri--$500 This is the most stable configuration of electrons.

All In The Family--$200 Sodium would be in this family.

All In The Family--$400 Sulfur would be in this family.

All In The Family--$600 Bromine would be in this family.

All In The Family--$800 Silver would be in this family.

All In The Family--$1000 Uranium would be in this family.

Parts!--$200 This is the direction of a period on the periodic table.

Parts!--$400 This is a synonym for group.

Parts!--$600 These are not included in the representative elements. (3 )

Parts!--$800 The second group of the periodic table is this.

Parts!--$1000 An energy level corresponds to this part of the periodic table.

Predicting Radius--$200 This has the largest atomic radius of the following: Rb, Cs, Ra, Ba

Predicting Radius--$400 This has the smallest atomic radius of the following: Cu, Al, Ba, F

Predicting Radius--$600 This is the element with the largest atomic radius on the periodic table.

Predicting Radius--$800 How does the trend for atomic radius go from bottom to top on the periodic table.

Predicting Radius--$1000 This has the largest atomic radius of the following: Rn, Pb, Cs, Pm

Other Predictions--$200 This is the oxidation number for gallium.

Other Predictions--$400 This is the oxidation number for krypton.

Other Predictions--$600 This is the element with the smallest atomic mass.

Other Predictions--$800 This would have the highest ionization energy of the following: Cs, Rb, Ca, K

Other Predictions--$1000 This is the ion with the largest radius of the following: Si 4+, Mg 2+, S 2-, K +

Random Stuff--$200 This is three elements from the halogens.

Random Stuff--$400 This is the element that is not a representative from the following: Pb, Sn, Au, Xe

Random Stuff--$600 This is the only element that is not a transition metal from the following: Ag, Hg, Pb, Fe

Random Stuff--$800 This is the trend for atomic size.

Random Stuff--$1000 This is the trend for valence electrons as you go down a group.