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8 Chemistry - Structure and Bonding

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Total cards: 24•Content version: v4•Public deck•Updated: 8/1/2026

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#1
Front (Question)

What is an ion

Back (Answer)

An element or a molecule with an imbalance of change They are either positive or negative Formed between metals and non-metals

#2
Front (Question)

What has to happen to an ion to become an ion?

Back (Answer)

It gains or loses an electron

#3
Front (Question)

General properties of ionic compounds

Back (Answer)

High melting/boiling points (takes a lot of energy to break the bonds) Usually soluble in water (water molecules attract ions away) Conduct electricity when melted or dissolved (ions are charged and free to move)

#4
Front (Question)

What are the scientific names for gaining or losing electrons?

Back (Answer)

Gain: reduction Loss: oxidation Oxidation Is Loss Reduction Is Gain

#5
Front (Question)

What are positive ions called?

Back (Answer)

Cations they are usually metals (“pussytive”)

#6
Front (Question)

What are negative ions called?

Back (Answer)

Anions they are usually non-metals

#7
Front (Question)

When do covalent bonds occur?

Back (Answer)

When electrons are shared between non-metals

#8
Front (Question)

Describe the structure of graphite

Back (Answer)

Each carbon has a covalent bond with 3 other carbons, making rings which lie on top of each other (these slide over each other easily). It is able to carry a charge through a 4th electron free of bonds.

#9
Front (Question)

Describe the structure of diamond

Back (Answer)

Each carbon forms a covalent bond to 4 other carbons, these hold the structure in place making it very hard.

#10
Front (Question)

Properties of covalent compounds - Simple molecular compounds

Back (Answer)

Volatile Low melting/boiling pnts Insulators (dont conduct heat) Insoluble in water (generally)

#11
Front (Question)

Properties of covalent compounds - Giant covalent compounds (diamond, graphite, fluorine)

Back (Answer)

Not very volatile High melting/boiling pnts Insulators (except graphite) Insoluble in water

#12
Front (Question)

How do you prove water?

Back (Answer)

• Turns white anhydrous copper(III) sulphate blue • Turns blue cobalt chloride paper pink or -Boils at 100 °C, melts at 0°C

#13
Front (Question)

How is water treated?

Back (Answer)

(Know process diagram) Chlorine - kills bacteria Fluoride - helps fight tooth decay

#14
Front (Question)

What is the composition of air?

Back (Answer)

78% nitrogen 21% oxygen 1% other gases

#15
Front (Question)

How do I extract oxygen and nitrogen from the air?

Back (Answer)

Fractional distillation

#16
Front (Question)

What are common pollutants in the air?

Back (Answer)

Carbon dioxide CO2 Carbon monoxide CO Sulphur dioxide SO2 Nitrogen oxides NO and NO2 Lead compounds

#17
Front (Question)

What are the effects of pollutants?

Back (Answer)

Breathing problems Brain diseases Kills animals and plants Acid rain

#18
Front (Question)

What are catalytic converters and why are they important?

Back (Answer)

(Catalysts: help speed up reactions) Catalytic converters: convert poisonous gases from car engines into other gases.

#19
Front (Question)

What are catalytic converters made of?

Back (Answer)

Transition metals: platinum palladium rhodium

#20
Front (Question)

Equations in a catalytic converter

Back (Answer)

Reduced: 2NO (g) —> N2(g) + 02(g) nitrogen monoxide —> nitrogen + oxygen Oxidised: 2CO(g) + O2 —> 2CO2(g) carbon monoxide + oxygen —> carbon dioxide

#21
Front (Question)

Why does a catalytic converter have honeycomb shapes inside?

Back (Answer)

it increases surface area, increasing also the rate of reaction

#22
Front (Question)

what is the Haber process?what are the conditions?

Back (Answer)

It makes ammonia (NH3) Made in 450°C, 200 atmospheres N2(g) + 3H2(g) 2NH3(g)

#23
Front (Question)

What is Contact process? What are the conditions?

Back (Answer)

Makes sulphuric acid 450*C, less than 2 atmospheres S(s) + 02(g) —> SO2 (g)

#24
Front (Question)

What is needed for iron to rust? Equation?

Back (Answer)

water, iron, air 4Fe(s) + 3O2(g) + H2O(l) —>2Fe2O3.H2O(s) iron + oxygen + water —> hydrated iron (III) oxide (or rust)