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Worksheets

Intramolecular Force and Covalent Bonds

Total questions: 25

Worksheet time: 25mins

Name
Class
Date
1.

How do covalent bonds form?

a)

Donating & receiving valence electrons between atoms

b)

Oppositely charged ions attract each other & form bonds

c)

Scientists are still not sure how they form

d)

Sharing valence electrons between atoms

2.

The formation of a covalent bond relies on the interaction or bonding of...

a)

2 Nonmetals

b)

1 Nonmetal & 1 Metal

c)

2 Metals

d)

2 Noble Gases

3.

This is the displayed formula for what covalent molecule?

a)

Water

b)

Chlorine

c)

Chloride

d)

Ethanol

4.

How many covalent bonds are created in a single water molecule?

a)

0

b)

1

c)

2

d)

3

e)

4

5.

How many pairs of valence electrons are being shared in a single water molecule?

a)

0 pair - 0 valence electrons

b)

1 pair - 2 valence electrons

c)

2 pair - 4 valence electrons

d)

3 pair - 6 valence electrons

6.

How many pairs of valence electrons are being shared in a single ammonia molecule?

a)

0 pair - 0 valence electrons

b)

1 pair - 2 valence electrons

c)

2 pair - 4 valence electrons

d)

3 pair - 6 valence electrons

7.

Oxygen is a diatomic element which means in nature, it is found in two's. (O2) Oxygen shares two pairs of electrons to make sure each atom completes the octet rule. This creates a...

a)

single bond

b)

double bond

c)

triple bond

8.

What does this picture illustrate? (Select all that apply)

a)

Sharing valence electrons

b)

Covalent bonding

c)

transferring valence electrons

d)

ionic bonding

e)

two nonmetals

9.

What type of elements share electrons and form covalent bonds?

a)

Nonmetals

b)

Metals

c)

Metalloids

d)

A Metal & A Nonmetal

10.

What type of bond will this compound likely form H-Cl?

a)

Ionic compound

b)

Covalent compound

c)

Metallic compound

11.

What type of bond will this ammonia compound likely form (NH3)?

a)

Ionic compound

b)

Covalent compound

c)

Metallic compound

12.

The mutual sharing of one or more pairs of electrons between two atoms.

a)

Covalent

b)

Ionic

13.

Hydrogen and Chlorine will from a ____ bond

a)

Unique

b)

bestie

c)

Covalent

d)

Ionic

14.

This type of bonding can be described as a "cooperation"

a)

Diverse

b)

Ionic

c)

Covalent

15.

Water, H2O

a)

Ionic

b)

Covalent

c)

Water

16.

Which type of bond involves the sharing of electron pairs between atoms?

a)

Ionic bond

b)

Covalent bond

c)

Metallic bond

d)

Hydrogen bond

17.

What is the primary force that holds atoms together in a covalent bond?

a)

Electrostatic attraction

b)

Magnetic force

c)

Intramolecular force

d)

Gravitational force

18.

In a water molecule (H2O), what type of bond holds the hydrogen and oxygen atoms together?

a)

Ionic bond

b)

Covalent bond

c)

Metallic bond

d)

Van der Waals force

19.

Which of the following is a characteristic of covalent compounds?

a)

High melting points

b)

Conduct electricity in solid state

c)

Formed between metals and nonmetals

d)

Low melting and boiling points

20.

What is the result of the mutual sharing of electrons between two atoms?

a)

Formation of ions

b)

Formation of covalent bonds

c)

Formation of metallic bonds

d)

Formation of hydrogen bonds

21.

Which of the following molecules is an example of a covalent compound?

a)

NaCl

b)

MgO

c)

H2O

d)

CaCl2

22.

What determines the strength of a covalent bond?

a)

The number of shared electron pairs

b)

The size of the atoms involved

c)

The type of atoms involved

d)

The distance between the atoms

23.

Which of the following statements is true about covalent bonds?

a)

They involve the transfer of electrons

b)

They are generally stronger than ionic bonds

c)

They involve the sharing of electron pairs

d)

They are formed between metals

24.

What type of bond is formed when two atoms share two pairs of electrons?

a)

Single covalent bond

b)

Double covalent bond

c)

Triple covalent bond

d)

Ionic bond

25.

Which of the following best describes a polar covalent bond?

a)

Equal sharing of electrons

b)

Unequal sharing of electrons

c)

Transfer of electrons

d)

Sharing of protons