Periodic

1
(No Transcript)
2
Periodic Table Jeopardy
3
Periodic Table Review Game
4
Group Names
5
Definitions
6
Trends
7
More Trends
8
Ions
9
Miscellaneous
10
Group Names
Definitions
Trends
More Trends
Ions
Miscellaneous
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
11
The name of group 17.
12
The Halogens
13
The name of group 2
14
The alkaline earth metals
15
The name of groups 3-12
16
The transition metals
17
The name of group 1
18
The alkali metals
19
The name of Group 18
20
The Noble Gases
21
The amount of energy needed to remove the most
loosely bound electron of an atom.
22
Ionization Energy
23
A name for different forms of the same element
that have different properties because they have
different structures.
24
Allotropes
25
The vertical columns in the periodic table.
26
Groups
27
The ability of an atom to attract electrons when
bonded to another atom.
28
Electronegativity
29
The horizontal rows of the periodic table.
30
Periods
31
The corner of the periodic table where the most
active metals are found.
32
Lower Left Corner
33
What happens to Ionization Energy
Electronegativity going from top to bottom in a
group.
34
Both Decrease.
35
The most active nonmetal.
36
Fluorine
37
What happens to atomic radii going down a group
from top to bottom.
38
Increases
39
The reasons why the atomic radii increase going
down a group from top to bottom.
40

• The number of principal energy levels increases.
• The increasing number of inner electrons shield
  the outermost electrons from the attractive force
  of the nucleus.

41
The trend in ionization energy
electronegativity going across a period.
42
Both increase.
43
The trend in metallic character going across a
period from left to right.
44
Decreases
45
The trend in metallic character going down a
group from top to bottom.
46
Increases.
47
The trend in atomic radii going across a period
from left to right.
48
Decreases.
49
Explanation for decreasing atomic radii going
across a period from left to right.
50
Increasing number of protons in the nucleus gives
the nucleus a more positive charge. The more
positive nucleus attracts the electrons more (the
valence electrons are still in the same principal
energy level) and pulls them closer to the
nucleus.
51
What metals tend to do when bonding to a nonmetal.
52
Lose electrons to form a positive ion.
53
The size of a negative ion relative to its
corresponding neutral atom.
54
Larger
55
What nonmetals tend to do when bonding to a metal.
56
Gain electrons to become negative ions.
57
The size of a positive ion relative to its
neutral atom.
58
Smaller
59
Daily Double!!
60
The group which the element M is from if it forms
a compound MCl3
61
Group 13
62
What the periodic table is arranged in order of.
63
Atomic Number
64
What the elements in a group have the same number
of (giving them similar properties).
65
Valence electrons
66
What the elements in a period have the same
number of.
67
Occupied principal energy levels.
68
The two metalloids missing in the list Boron
Silicon Germanium Tellurium
69
Arsenic and Antimony
70
The elements that are liquids at room temperature
71
Bromine and Mercury
72
Final Jeopardy The elements that are
gases at room temperature
73
Hydrogen, Oxygen, Nitrogen, Fluorine, Chlorine,
and the Noble Gases.