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Periodic Table Part 2

Total questions: 66

Worksheet time: 1hrs 5mins

Name
Class
Date
1.
Select the best-fit answer using your knowledge of periodic table trends:  Which of the following is a metal?
a)
Lithium
b)
Silicon
c)
Sulfur
2.
Select the best-fit answer using your knowledge of periodic table trends:  Which has the smallest ionization energy?
a)
N
b)
P
c)
As
3.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest average atomic mass?
a)
K
b)
Ca
c)
Sc
4.
Select the best-fit answer using your knowledge of periodic table trends: Which belongs to the halogen family? 
a)
Cl
b)
S
c)
Ar
5.
Select the best-fit answer using your knowledge of periodic table trends:  Which has the largest atomic radii?
a)
Ga
b)
Al
c)
Si
6.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest atomic number?
a)
V
b)
Nb
c)
Ta
7.
Select the best-fit answer using your knowledge of periodic table trends: Which is a member of the noble gases family?
a)
Te
b)
I
c)
Xe
8.
Select the best-fit answer using your knowledge of periodic table trends: Which element is a member of the alkali metal family?
a)
Li
b)
Be
c)
B
9.
Select the best-fit answer using your knowledge of periodic table trends: Which of the following is a nonmetal?
a)
Li
b)
H
c)
Na
10.
Select the best-fit answer using your knowledge of periodic table trends: Which of the following elements is a member of the transition metals?
a)
Hg
b)
Tl
c)
Pb
11.
Select the best-fit answer using your knowledge of periodic table trends: Which of the following elements has an electon configuration ending in 3s2 3p1?
a)
Al
b)
Na
c)
Mg
12.
Select the best-fit answer using your knowledge of periodic table trends: Which of the following elements is a metalloid (semi-metal)?
a)
Po
b)
Bi
c)
Pb
13.
Select the best-fit answer using your knowledge of periodic table trends: Which of the following is a gas at room temperature?
a)
C
b)
B
c)
N
14.
Select the best-fit answer using your knowledge of periodic table trends:  Rank the following elements by increasing atomic radius: carbon, aluminum, oxygen, potassium
a)
K, Al, C, O
b)
C, Al, O, P
c)
O, C, Al, K
15.
Select the best-fit answer using your knowledge of periodic table trends:  Rank the following elements by increasing electronegativity: sulfur, oxygen, neon, aluminum 
a)
Ne, S, O, Al
b)
Ne, Al, S, O
c)
O, S, Al, Ne
16.
Select the best-fit answer using your knowledge of periodic table trends: Why do elements in the same family generally have the similar properties?
a)
They have the same valence shell electrons arrangement
b)
They do not have the same valence shell electrons arrangement
17.
Select the best-fit answer using your knowledge of periodic table trends: Indicate whether the atomic radius (excluding noble gases) increases or decreases from left to right across the periodic table.
a)
increase
b)
decrease
18.
Select the best-fit answer using your knowledge of periodic table trends: Indicate whether the ionization energy increases or decreases from left to right across the periodic table.
a)
increase
b)
decrease
19.
Select the best-fit answer using your knowledge of periodic table trends: Indicate whether the electronegativity increases or decreases from left to right across the periodic table.
a)
decrease
b)
increase
20.
Select the best-fit answer using your knowledge of periodic table trends: What trend in atomic radius occurs as you go down a group on the periodic table?
a)
Increases
b)
Decreases
21.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest atomic radius?
a)
Al
b)
Br
22.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest atomic radius?
a)
Na
b)
Al
23.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest atomic radius?
a)
S
b)
O
24.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest atomic radius?
a)
O
b)
F
25.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest atomic radius?
a)
Br
b)
Cl
26.
Select the best-fit answer using your knowledge of periodic table trends: Which has the largest atomic radius?
a)
Ca
b)
Mg
27.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater ionization energy?
a)
Li
b)
Be
28.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater ionization energy?
a)
Ca
b)
Ba
29.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater ionization energy?
a)
Na
b)
K
30.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater ionization energy?
a)
P
b)
Al
31.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater ionization energy?
a)
Cl
b)
Si
32.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater ionization energy?
a)
Li
b)
K
33.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater electronegativity?
a)
Ca
b)
Ga
34.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater electronegativity?
a)
Br
b)
As
35.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater electronegativity?
a)
Li
b)
O
36.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater electronegativity?
a)
Ba
b)
Sr
37.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater electronegativity?
a)
Cl
b)
S
38.
Select the best-fit answer using your knowledge of periodic table trends: Which has the greater electronegativity?
a)
O
b)
S
39.
Select the best-fit answer using your knowledge of periodic table trends: How do you describe electronegativity?
a)
The ability of an atom to gain an electron?
b)
The ability of an atom to lose an electron?
40.
Who contributed Telluric Screw, a 3D arrangement of the elements (earliest form of classification)?
a)
Alexandre-Emile Beguyer de Chancourtois
b)
Gregor Mendel
41.
Who noticed that there were similarities between elements with atomic weights that differed by 7. He called this The Law of Octaves, comparing it to octaves of music.  
a)
Alexandre-Emile Beguyer de Chancourtois
b)
John Newlands
c)
Julius Meyer
42.
Who Produced several periodic tables between 1864-1870. In his 1st  periodic table there were just 28 elements that were organized by how many elements they combined with (valency). In 1868 the table listed transition metals and organized by atomic weight, and valency in vertical lines. His work wasn’t published until 1870 a year AFTER Mendeleev! 
a)
Julius Lothar Meyer
b)
Gregor Mendel
c)
Dmitri Mendeleev
43.
Who discovered the periodic table while attempting to organize the elements in February 1869.  Arranged the elements by increasing atomic weights.  He left gaps for unknown elements.  He also had a final unexpected triumph when William Ramsey discovered the noble gases which further proved his system. 
a)
Dmitri Mendeleev
b)
Gregor Mendel
c)
William Ramsey
44.
This is the measure of the size of the atom.
a)
Electronegativity
b)
Ionization Energy
c)
Atomic Radii (Atomic Radius)
45.
This the measure of the tendency of an atom to attract a bonding pair of electrons (ability to gain electrons).
a)
Ionization energy
b)
Electronegativity
c)
Atomic Radii
46.
This is the amount of energy required to remove the most loosely bound electron.
a)
Ionization energy
b)
Electronegativity
c)
Atomic Radii
47.

The Periodic Table is organized by increasing

a)

charges

b)

atomic number

c)

mass number

d)

electronegativity

48.

The elements in the middle of the table are called the _____________ metals because their properties change from metallic to nonmetallic.

a)

positive

b)

negative

c)

magnetic

d)

transition

49.

The _________________ are a small group of elements that have both metallic and nonmetallic properties.

a)

Oxygen Group

b)

Nitrogen Group

c)

Metalloids

d)

Halogens

50.

The vertical columns on the periodic are called _______________.

a)

Rows

b)

Periods

c)

Groups

d)

Valence

51.

The horizontal rows of the Periodic Table are called ______________.

a)

Periods

b)

Groups

c)

Families

d)

Halogens

52.

The _______________electrons are the electrons on the outer most energy level of the atom.

a)

valence

b)

core

c)

excited

d)

ground state

53.

Elements of the same ______________ have the same number of valence electrons, which determines the elements chemical properties.

a)

Period

b)

Row

c)

Group

54.

This element does not match the properties of any other group so it stands alone. It is placed above Group 1 but it is not part of that group. It is very reactive, colorless, odorless, and a gas at room temperature.

a)

Hydrogen

b)

Helium

c)

Nitrogen

d)

Oxygen

55.

Group 1: These metals are extremely reactive. They all have one valence electron. They are shiny and silver in color. They are soft and can be cut with a knife.

a)

Transition Metals

b)

Alkali Metals

c)

Alkaline Metals

d)

Lanthanides

56.

Group 2: Slightly less reactive because they have 2 valence electrons. They are silver colored and more dense that Group 1 metals.

a)

Transition Metals

b)

Alkali Metals

c)

Alkaline-earth Metals

d)

Actinides

57.

Groups 3-12: These metals have a moderate range of reactivity and a wide range of properties. They are shiny and good conductors of heat and electricity. They have higher densities and melting points than Groups 1 and 2. These have 1 or 2 valence electrons.

a)

Transition Metals

b)

Alkali Metals

c)

Alkaline-earth Metals

d)

Lanthanides

58.

Elements with atomic numbers 57-70 and 89-102: These metals were taken out and placed at the bottom of the table so the table wouldn't be so wide. Some are shiny and reactive. Others are radioactive and unstable. Elements 95-103 do not exist in nature but have been manufactured in the lab.

a)

Alkali Metals

b)

Alkaline-earth Metals

c)

Lanthanides and Actinides

d)

Boron Group

59.

Group 13: Contains on metalloid and 4 metals. They are reactive. All have 3 valence electrons (Group # minus 10).

a)

Boron Group

b)

Nitrogen Group

c)

Oxygen Group

d)

Carbon Group

60.

Group 14: Contains one nonmetal, two metalloids, and two metals. These all have 4 valence electrons (Group # minus 10) and have varied reactivity.

a)

Boron Group

b)

Carbon Group

c)

Nitrogen Group

d)

Oxygen Group

61.

Group 15: Contains two nonmetals, two metalloids, and one metal. They have varied reactivity. These elements have 5 valence electrons (Group # minus 10).

a)

Boron Group

b)

Carbon Group

c)

Nitrogen Group

d)

Oxygen Group

62.

Group 16: Contains three nonmetals, one metalloid, and one metal. They are a reactive group. These elements all have 6 valence electrons (Group # minus 10).

a)

Boron Group

b)

Carbon Group

c)

Nitrogen Group

d)

Oxygen Group

63.

Group 17: All nonmetals. Very reactive. Poor conductors of heat and electricity. Tend to form salts with metals. Example NaCl: sodium chloride which is known as table salt. These elemtns have 7 valence electrons (Group # minus 10).

a)

Boron Group

b)

Oxygen Group

c)

Nitrogen Group

d)

Halogens

64.

Group 18: Unreactive nonmetals. All are colorless, odorless gases at room temperature. These elements have a full outer energy level, usually 8 valence electrons, except for Helium which only has 2 valence electrons.

a)

Nitrogen Group

b)

Oxygen Group

c)

Noble Gases

d)

Halogens

65.

The elements on the right side of the Periodic Table are classified as ________________.

a)

Metals

b)

Nonmetals

66.

The elements on the left side of the periodic table are classified as ________________.

a)

metals

b)

nonmetals

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