Composition of Air, Separation of the Components of Air Fractional Distillation ( Form 2, Chemistry )

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Test your knowledge on air composition and distillation.

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Composition of Air, Separation of the Components of Air Fractional Distillation ( Form 2, Chemistry )


Composition of Air, Separation of the Components of Air Fractional Distillation ( Form 2, Chemistry )Online version Test your knowledge on air composition and distillation. by YAKILI LMS 1 The composition of air is relatively stable in the short term. Yes No 2 Argon is used in welding to prevent oxidation. Yes No 3 The major components of air are nitrogen and oxygen. Yes No 4 Fractional distillation separates air into components by different boiling points. Yes No 5 Humidity refers to water vapor in air. Yes No 6 The main use of nitrogen is to fill food packaging to extend shelf life. Yes No 7 Liquid air is produced by cooling air to extremely low temperatures. Yes No 8 Air can be separated into its components by fractional distillation. Yes No 9 The percentage of oxygen in air can be determined by chemical tests. Yes No 10 The boiling point of oxygen is −183°C. Yes No 11 Cryogenic distillation is used to separate air components. Yes No 12 The concentration of nitrogen in air is about 78%. Yes No 13 Oxygen supports combustion reactions. Yes No 14 The nitrogen molecule is diatomic N2. Yes No 15 Carbon dioxide is a trace gas in air. Yes No 16 The fraction of argon in air is about 0.93% (roughly 1%). Yes No 17 Argon is present in air in small amounts. Yes No 18 The amount of water vapor in air can be high in humid climates. Yes No 19 The atmospheric pressure affects the boiling points of the components during distillation. Yes No 20 The concentration of oxygen in air is about 21%. Yes No 21 Oxygen supports combustion. Yes No 22 Distillation uses differences in boiling points to separate mixtures. Yes No 23 Oxygen accounts for about one-fifth of air. Yes No 24 Liquid oxygen has a boiling point of −183°C. Yes No 25 Air is not breathable if it lacks oxygen. Yes No 26 Carbon dioxide is a major component of air. Yes No 27 N2 is the chemical symbol for nitrogen. Yes No 28 Air is mainly nitrogen. Yes No 29 The trace gases include neon, helium, and krypton in small amounts. Yes No 30 Helium is present in air in trace amounts. Yes No 31 Liquid air is a mixture of liquefied gases. Yes No 32 Filtration can easily separate nitrogen from oxygen in air. Yes No 33 Liquid nitrogen has a boiling point of −196°C. Yes No 34 O2 is the chemical symbol for oxygen. Yes No 35 Air is a simple homogeneous mixture of gases. Yes No 36 The fraction of water vapour in air varies with temperature and humidity. Yes No 37 The amount of carbon dioxide in air is about 0.04%. Yes No 38 The boiling point of nitrogen is −195.8°C. Yes No 39 The major use of nitrogen is as an inert gas in industries. Yes No 40 The third most abundant component of air is argon. Yes No 41 The separation of air components is used in making medical oxygen. Yes No 42 Neon is present in air in trace amounts. Yes No 43 Oxygen is essential for respiration in humans. Yes No 44 The oxygen molecule is diatomic O2. Yes No 45 The process of distillation relies on differences in boiling points. Yes No 46 Fractional distillation separates gases because they have different boiling points. Yes No 47 Water vapor is a variable component of air depending on humidity. Yes No 48 A classroom experiment to determine the percentage of oxygen can involve reacting copper with oxygen and measuring the change in gas volume. Yes No 49 The percentage of oxygen in air changes significantly with altitude and is not roughly constant. Yes No 50 Nitrogen is the predominant gas, making up about 78% of air. Yes No

Composition of Air, Separation of the Components of Air Fractional Distillation ( Form 2, Chemistry )

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Composition of Air, Separation of the Components of Air Fractional Distillation ( Form 2, Chemistry )Online version

by YAKILI LMS

The composition of air is relatively stable in the short term.

Argon is used in welding to prevent oxidation.

The major components of air are nitrogen and oxygen.

Fractional distillation separates air into components by different boiling points.

Humidity refers to water vapor in air.

The main use of nitrogen is to fill food packaging to extend shelf life.

Liquid air is produced by cooling air to extremely low temperatures.

Air can be separated into its components by fractional distillation.

The percentage of oxygen in air can be determined by chemical tests.

The boiling point of oxygen is −183°C.

Cryogenic distillation is used to separate air components.

The concentration of nitrogen in air is about 78%.

Oxygen supports combustion reactions.

The nitrogen molecule is diatomic N2.

Carbon dioxide is a trace gas in air.

The fraction of argon in air is about 0.93% (roughly 1%).

Argon is present in air in small amounts.

The amount of water vapor in air can be high in humid climates.

The atmospheric pressure affects the boiling points of the components during distillation.

The concentration of oxygen in air is about 21%.

Oxygen supports combustion.

Distillation uses differences in boiling points to separate mixtures.

Oxygen accounts for about one-fifth of air.

Liquid oxygen has a boiling point of −183°C.

Air is not breathable if it lacks oxygen.

Carbon dioxide is a major component of air.

N2 is the chemical symbol for nitrogen.

Air is mainly nitrogen.

The trace gases include neon, helium, and krypton in small amounts.

Helium is present in air in trace amounts.

Liquid air is a mixture of liquefied gases.

Filtration can easily separate nitrogen from oxygen in air.

Liquid nitrogen has a boiling point of −196°C.

O2 is the chemical symbol for oxygen.

Air is a simple homogeneous mixture of gases.

The fraction of water vapour in air varies with temperature and humidity.

The amount of carbon dioxide in air is about 0.04%.

The boiling point of nitrogen is −195.8°C.

The major use of nitrogen is as an inert gas in industries.

The third most abundant component of air is argon.

The separation of air components is used in making medical oxygen.

Neon is present in air in trace amounts.

Oxygen is essential for respiration in humans.

The oxygen molecule is diatomic O2.

The process of distillation relies on differences in boiling points.

Fractional distillation separates gases because they have different boiling points.

Water vapor is a variable component of air depending on humidity.

A classroom experiment to determine the percentage of oxygen can involve reacting copper with oxygen and measuring the change in gas volume.

The percentage of oxygen in air changes significantly with altitude and is not roughly constant.

Nitrogen is the predominant gas, making up about 78% of air.