Shown below is a model of some type of bond between electrons.

Which description best characterizes the type of bond displayed?

(1 point)
Responses

Covalent Bond because electrons are shown being shared.
Covalent Bond because electrons are shown being shared.

Covalent Bond because electrons are shown being transferred.
Covalent Bond because electrons are shown being transferred.

Ionic Bond because electrons are being transferred.
Ionic Bond because electrons are being transferred.

Ionic Bond because electrons are being shared.

Covalent Bond because electrons are shown being shared.

Which of the following statements accurately describes bonds?(1 point)

Responses

Ionic bonds and covalent bonds must transfer protons and they primarily occur between nonmetals.
Ionic bonds and covalent bonds must transfer protons and they primarily occur between nonmetals.

Ionic bonds require the sharing of electrons, while covalent bonds do not.
Ionic bonds require the sharing of electrons, while covalent bonds do not.

Ionic bonds necessitate positive and negative charges, whereas covalent bonds involve the sharing of electrons.
Ionic bonds necessitate positive and negative charges, whereas covalent bonds involve the sharing of electrons.

Ionic bonds and covalent bonds possess identical properties.

Ionic bonds necessitate positive and negative charges, whereas covalent bonds involve the sharing of electrons.

What is the chemical formula of the compound produced when a potassium ion (K+) and a sulfide ion (S2-) combine?(1 point)

Responses

KS
KS

KS2
KS 2

K2S
K 2 S

KS3

K2S

Here is a model for two different elements and their associated electrons.

image 90534266949145c297785026a1fa4118

Using the provided model, what would be the formula for a compound that consists solely of lithium and oxygen?

(1 point)
Responses

LiO
LiO

Li2O
Li 2 O

Li2O2
Li 2 O 2

LiO2

Li2O

In the compound formed by the interaction of unfamiliar elements W and X, assuming element W possesses a single valence electron, what is the probable count of valence electrons for element X?(1 point)

Responses

1
1

3
3

5
5

7

To determine the probable count of valence electrons for element X, we need more information about the nature of the bond between elements W and X.

In the compound formed by the interaction of unfamiliar elements W and X, assuming element W possesses a single valence electron, what is the probable count of valence electrons for element X?(1 point)