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Time for reentry to an engine room after CO2 is released depends on the size of the room, the amount of CO2 released, the amount of ventilation provided to the room, and whether or not the ventilation is working at full capacity.
when one litre of petrol is burned, 2.28kg of CO2 are produced, equivalent to 1268 litres of of CO2 gas!! Every single 50 litre tank full of petrol will produce over 63,400 litres of CO2 gas (63.4 m3), or a volume equivalent to an imaginary cube with sides 4 metres long.
An 1.4 L petrol engine with 55Kw - produce 156g CO2 / Km
If you are referring to CO2, it depends on what make/model/engine.
well just count how many seconds you hesr when it shizzles and that's how much ouzes of co2 is ina bottle of soda
1 liter of diesel typically weighs 0.83kg (the density range is 820-845kg/m3 in Europe and up to 860kg/m3 elsewhere). About 87% of this is carbon, so one liter of diesel contains 0.83 x 87% = 0.722kg of carbon, each atom of carbon weighs 12 atomic units. When it combines with two atoms of oxygen in the combustion process it becomes CO2 , which weighs 44 atomic units. The 0.722kg of carbon in the original fuel then becomes 0.722 x 44/12 = 2.65kg of CO2, so one liter of diesel fuel produces about 2.65kg of CO2
Whatever amount of pressure was used to compress the CO2 originally, can be reached (or nearly reached) when it is released into an air cylinder.
2600 tonnes of CO2 is released in 1mw of power generation
The reaction is: C + O2 = CO2 The volume (or the mass) of the released carbon dioxide depends on the concentration of carbon in charcoal; this is very variable.
no, not at all. albeit amount of released oxygen can reach lower or even lowest but can't produce CO2.
Is that a trick question? CO2 does not have liquid phase as it goes from solid to gas
CH4 --> CO2 is a 1 to 1 reaction (C-balanced) when burning with oxygen. So 1 mole CH4 --> 1 mole CO2 So 1 Litere CH4 --> 1 Liter CO2 So 16 grams CH4 --> 44 grams CO2