3.1- THE NATURE OF IONIC BONDING Flashcards

1
Q

What do bonds between atoms always involve?

A

their outer electrons

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2
Q

Something about outer main levels of noble gases that give them a property?

A

have full outer main levels of electrons + are very unreactive

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3
Q

What happens when atoms bond together?

A

share or transfer electrons to achieve a more stable electron arrangement, often a full outer main level of electrons, like the noble gases

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4
Q

What are the three types of strong chemical bonds?

A

ionic, covalent and metallic

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5
Q

How many electrons are there in the outer main levels in metals?

A

metals have one. two or three electrons in their outer main levels

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6
Q

What is the easiest way for metals to attain the electron structure of a noble gas?

A

to lose their outer electrons

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7
Q

As non-metals have space in their outer main levels, what does this mean? (ionic bonding)

A

easiest way for them to attain the electron structure of a noble gas is to gain electrons

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8
Q

Where does ionic bonding occur?

A

between metals and non-metals

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9
Q

From where are the electrons transferred to in ionic bonding?

A

transferred from metal atoms to non-metal atoms

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10
Q

What is formed after the transfer of electrons?

A

positive and negative ions are formed

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11
Q

How are the oppositely charged ions attracted to each other?

A

by electrostatic forces

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12
Q

Therefore what is ionic bonding the result of?

A

electrostatic attraction between oppositely charged ions

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13
Q

From where does the electrostatic attraction extend from? (ionic bonding)

A

extends throughout the compound

every positive ion attracts every negative ion + vice versa

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14
Q

In what structure do ionic compounds exist in?

A

lattice

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15
Q

In what state are ionic compounds at room temperature?

A

always solid

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16
Q

As ionic compounds have giant structures what does this mean?

A

high melting temperatures

17
Q

Why do ionic compounds have high melting temperatures? (hint: melting)

A

in order to melt an ionic compound, energy must be applied to break up the lattice of ions

18
Q

When do ionic compounds conduct electricity?

A

when molten or dissolved in water (aqueous)

19
Q

Why do ionic compounds conduct electricity when they are molten or dissolved in water?

A

ions that carry current free to move in liquid state but are not free in solid state

20
Q

How easily do ionic compounds break?

A

brittle and shatter easily when given a sharp blow

21
Q

Why are ionic compounds brittle and shatter easily?

A

they form a lattice of alternating positive and negative ions

22
Q

What may a blow to the ionic compound do?

A

may move the ions and produce contact between ions with like charges