DE_Chem_3.2_IonicBonding

Instrukcije

Refer to Discovery Education's chemistry text: Unit 3.2 Ionic Bonding to answer the following questions. Additional questions may be added so check your work before turning in and make sure everything has been responded to.

Obavezno

1

What do you already know about ionic compounds?

Obavezno

1

Examine the periodic table of the elements and identify which groups of elements are metals and which are nonmetals.

Metals and nonmetals are scattered throughout the table

Metals are found to the right of the zig-zag line; nonmetals to the left

Metals are found in groups 3B-2B; nonmetals are found in the remaining groups

Metals are found to the left of the zig-zag line; non metals to the right.

Obavezno

2

For each of the original atoms shown on the right (top), select the image on the left that depicts the ion that would most commonly be formed.

Obavezno

8

Match the ion characteristics with the type of ion that they describe. If the characteristic describes both anions and cations, place the characteristic in the both column.

has a full valence shell
is more stable than the original atom
Loses one or more electrons
has the same number of protons as original atom
gains one or more electrons
is positively charged
is a charged atom
is negatively charged

Anions
Cations
Both

Obavezno

1

The simplest ionic compounds consist of the atoms of only two elements known as

Obavezno

3

Obavezno

2

Explain why the net charge of sodium nitride, Na₃N, zero?

Obavezno

1

Obavezno

1

Obavezno

1

Obavezno

1

Obavezno

1

Which of these compounds is NOT a binary ionic compound?

Cu₂O

PbF₂

ZnS

NaOH

Obavezno

3

Obavezno

1

Which difference in electronegativity will have two atoms form an ionic bond?

1.8

0.9

1.6

0.3

Obavezno

1

How are the arrangements of compounds held together by ionic bonds described?

Obavezno

2

Obavezno

1

Which of the following explanations best describes the process by which the elements calcium and oxygen combine to form the binary compound calcium oxide?
2Ca_(s) + O_2(g) -> 2CaO_(s)

Calcium has a low electronegativity, so it loses electrons, resulting in a positively charged ion. Oxygen has a high electronegativity, so it gains electrons, resulting in a negatively charged oxide ion. The oppositely charged ions are attracted to each other, forming calcium oxide.

Calcium has a high electronegativity, so it loses electrons, resulting in a positively charged ion. Oxygen has a low electronegativity, so it gains electrons, resulting in a negatively charged oxide ion. The oppositely charged ions are attracted to each other, forming calcium oxide.

Calcium has a high electronegativity, so it gains electrons, resulting in a positively charged ion. Oxygen has a low electronegativity, so it loses electrons, resulting in a positively charged oxide ion. The oppositely charged ions are attracted to each other, forming calcium oxide.

1

How do atoms form ions that then combine to form crystals?

1

How do ionic bonds form in binary compounds?

1

How Is Electronegativity Used to Determine Which Atoms Form Ionic Bonds?

1

What type of bond holds two electrically charged atoms (ions) together by their opposite charge?

1

DE_Chem_3.2_IonicBonding

What do you already know about ionic compounds?

Examine the periodic table of the elements and identify which groups of elements are metals and which are nonmetals.

For each of the original atoms shown on the right (top), select the image on the left that depicts the ion that would most commonly be formed.

Match the ion characteristics with the type of ion that they describe. If the characteristic describes both anions and cations, place the characteristic in the both column.

The simplest ionic compounds consist of the atoms of only two elements known as

Explain why the net charge of sodium nitride, Na3N, zero?

Which of these compounds is NOT a binary ionic compound?

Which difference in electronegativity will have two atoms form an ionic bond?

How are the arrangements of compounds held together by ionic bonds described?

Which of the following explanations best describes the process by which the elements calcium and oxygen combine to form the binary compound calcium oxide?2Ca(s) + O2(g) -> 2CaO(s)

How do atoms form ions that then combine to form crystals?

How do ionic bonds form in binary compounds?

How Is Electronegativity Used to Determine Which Atoms Form Ionic Bonds?

What type of bond holds two electrically charged atoms (ions) together by their opposite charge?

What do you already know about ionic compounds?

Examine the periodic table of the elements and identify which groups of elements are metals and which are nonmetals.

For each of the original atoms shown on the right (top), select the image on the left that depicts the ion that would most commonly be formed.

Match the ion characteristics with the type of ion that they describe. If the characteristic describes both anions and cations, place the characteristic in the both column.

The simplest ionic compounds consist of the atoms of only two elements known as

Explain why the net charge of sodium nitride, Na3N, zero?

Which of these compounds is NOT a binary ionic compound?

Which difference in electronegativity will have two atoms form an ionic bond?

How are the arrangements of compounds held together by ionic bonds described?

Which of the following explanations best describes the process by which the elements calcium and oxygen combine to form the binary compound calcium oxide?2Ca(s) + O2(g) -> 2CaO(s)

How do atoms form ions that then combine to form crystals?

How do ionic bonds form in binary compounds?

How Is Electronegativity Used to Determine Which Atoms Form Ionic Bonds?

What type of bond holds two electrically charged atoms (ions) together by their opposite charge?

Explain why the net charge of sodium nitride, Na₃N, zero?

Which of the following explanations best describes the process by which the elements calcium and oxygen combine to form the binary compound calcium oxide?
2Ca_(s) + O_2(g) -> 2CaO_(s)

Explain why the net charge of sodium nitride, Na₃N, zero?

Which of the following explanations best describes the process by which the elements calcium and oxygen combine to form the binary compound calcium oxide?
2Ca_(s) + O_2(g) -> 2CaO_(s)