(a)
Some properties of hydrocarbons depend on the
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water of their molecules. e.g.
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water easily vaporised hydrocarbon molecules are needed for
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water , but
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water hydrocarbon molecules are needed for
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water , where the last thing you want is
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water !
(b)
These properties influence how hydrocarbons are used as
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water .
(c) Most
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water contain carbon and/or hydrogen and may also contain some sulfur but release large amounts of
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water on burning.
(d) The gases released into the atmosphere when a fuel burns may include
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water (causes 'Greenhouse Effect'),
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water (vapour), carbon monoxide (poisonous) and
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water (causes acid rain).
(e) Solid particles of
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water (mainly carbon) may also be released.
(f)
Sulfur dioxide causes
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water , carbon dioxide causes
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water , and solid particles cause
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water (as can huge volcanic eruptions of ash clouds).
(g) Sulfur can be removed from fuels before they are
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water , for example for vehicle fuels and this reduces the amount of the acidic gas
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water that is released into the environment on combustion.
(h) In power stations sulfur dioxide can be removed from the
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water after
acid burned carbon combustion dimming dioxide energy evaporation fossil fuels gases global large lubricants petrol rain size small soot sulfur warming waste water .