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E. Config and Periodic table Review

Total questions: 50

Worksheet time: 50mins

Name
Class
Date
1.

The p sublevel resembles the ______ shape.

a)

Clover

b)

Dumbell

c)

Sphere

d)

Double clover

2.

Atoms that have the same number of electrons are ______ with each other.

a)

Noble gases

b)

Isoelectronic

3.

Atomic orbitals can hold two electrons at most, and they must have opposite spins is known as the _______.

a)

Pauli Principle

b)

Hund’s Rule

c)

Aufbau Principle

4.

A method that indicates the arrangement of electrons in a particular element

a)

Electron configuration

b)

Principal energy level

c)

Aufbau Principle

d)

Pauli Principle

5.

Electrons closest to the nucleus of an atom are _____ in energy.

a)

Sublevel

b)

Highest

c)

Lowest

d)

Isoelectronic

6.

The n=2 energy level contains these sublevels

a)

Principal energy level

b)

s, p, d

c)

s, p

d)

s, p, d, f

7.

The s sublevel resembles this type of motion (shape)

a)

Dumbell

b)

Clover

c)

Sphere

d)

Double clover

8.

Elements lose or gain electrons to become like this group of elements

a)

Noble Gases

b)

Halogens

c)

Alkali Metals

d)

Alkaline Earth Metals

9.

The n=4 energy level contains these sublevels

a)

s, p, d, f

b)

s, p, d

c)

s, p

d)

s

10.

A ____ is the average distance of the electron to the nucleus of an atom.

a)

Principal energy level

b)

Electron configuration

c)

Sublevel

d)

Isoelectronic

11.

Electrons located in the outermost energy level of an atom are called:

a)

Outermost electrons

b)

Valence electrons

c)

Aufbau electrons

d)

Principle energy levels

e)

Variance electrons

12.

What is the 3-dimensional orientation of a sublevel known as?

a)

Electron

b)

Sublevel

c)

Atomic orbital

d)

Nuclear orbits

e)

Principle energy level

13.

Calcium loses two electrons.  What element is it isoelectronic with?

a)

Ti

b)

Ne

c)

Ar

d)

Kr

e)

Xe

14.

A f sublevel can hold a maximum of _____ electrons, with only _____ electrons in each orbital.

a)

2, 6

b)

6, 2

c)

2, 14

d)

14, 2

e)

10, 2

15.

What is the maximum number of electrons that can be described by n=2?

a)

6

b)

2

c)

10

d)

8

e)

None of these

16.

The n=_____ shell is the lowest in energy that may contain p-orbitals.

a)

2

b)

3

c)

4

d)

5

e)

6

17.

The elements in group 17 are called ____.

a)

Alkaline earth metals

b)

Alkali metals

c)

Noble gases

d)

Halogens

18.

Tendency for an atom to attract electrons when chemically bonded to another atom

a)

Electronegativity

b)

Semiconductors

c)

Nonmetals

d)

Transition metals

19.

A term for metalloids that conduct electricity at high temperatures

a)

Semiconductors

b)

Transition metals

c)

Inner transition metals

d)

Good conductors

20.

The energy required to remove the 2nd most loosely held electron

a)

2nd I. E.

b)

3rd I. E.

c)

1st I.E.

21.

Name for group 3-12 elements

a)

Alkaline earth metals

b)

Alkali metals

c)

Halogens

d)

Transition metals

22.

The present day Periodic Table is arranged in order of increasing ____.

a)

Atomic number

b)

Atomic mass

c)

Periods

d)

Groups

23.

Name for the f block

a)

Transition metals

b)

Inner transition metals

c)

Alkali metals

d)

Alkaline earth metals

24.

The property of metals to be made into wire is called ____.

a)

Ductile

b)

Lustrous

c)

Malleable

d)

Brittle

25.

A property of nonmetals is that they are ____.

a)

Ductile

b)

Lustrous

c)

Malleable

d)

Brittle

26.

Name for group 2 elements

a)

Alkaline earth metals

b)

Alkali metals

c)

Halogens

d)

Noble gases

27.

The ____ do not have defined values for electronegativity.

a)

Alkaline earth metals

b)

Alkali metals

c)

Halogens

d)

Noble gases

28.

This person arranged the Periodic Table in order of increasing atomic mass

a)

Mosley

b)

Mendeleev

c)

Seaborg

d)

Newlands

29.

Electrons that are blocked from feeling the full force of the nucleus’ positive charge

a)

Shielding

b)

Groups

c)

Periods

d)

Nonmetals

30.

The anion form of an atom is always ___________ than its neutral form.

a)

Smaller

b)

Larger

c)

The Same

d)

Crazier

e)

Unable to tell

31.

The cation form of an atom is always ___________ than its neutral form.

a)

Smaller

b)

Larger

c)

The Same

d)

Crazier

e)

Unable to tell

32.

Among the groups of elements listed below, which have the same number of electrons in their outermost energy levels?

a)

Li, B, C, F

b)

Na, Mg, Al, S

c)

K, Ca, Rb, Sr

d)

N, P, As, Sb

e)

None of these

33.

The elements in groups 1,2 and 13-18 make up the:

a)

representative elements

b)

alkali metals

c)

transition metals

d)

alkaline earth metals

e)

None of these

34.

The ____ of an atom is found by measuring the distance between the nuclei of two like atoms and halving that distance.

a)

Electronegativity

b)

Atomic size

c)

Ionic Size

d)

Ionization Energy

e)

None of these

35.

Which atom has the smaller atomic size

a)

As

b)

Br

36.

Which atom has the smaller atomic size

a)

N

b)

Bi

37.

Which atom as the larger first ionization energy

a)

Si

b)

Sn

38.

Which atom as the larger first ionization energy

a)

Ti

b)

Mn

39.

Which atom as the larger electronegativity value

a)

B

b)

In

40.

Which atom as the larger electronegativity value

a)

Rb

b)

Cs

41.

Which atom or ion is larger

a)

Fe+2

b)

Fe+3

42.

Which atom or ion is larger

a)

N-3

b)

N

43.

Which atom or ion is larger

a)

Ca+2

b)

Ca

44.

Which atom or ion is larger

a)

P-2

b)

P-1

45.

Which atom or ion is larger

a)

Br

b)

Br-1

46.

Which atom or ion is larger

a)

S

b)

S-2

47.

How many electrons can fit in one orbital?

a)

1

b)

2

c)

3

d)

4

48.
How many orbitals are in the f sublevel
a)
1
b)
3
c)
5
d)
7
49.
How many s orbitals can there be in an energy level?
a)
1
b)
3
c)
5
d)
7
50.
How many p orbitals can there be in the second energy level?
a)
1
b)
3
c)
5
d)
7