It depends on the amount driven and the efficiency of the engine. Essentially 85% of the weight of fuel (gasoline or diesel) is carbon so about 750 g of carbon is emitted for each liter burnt.
It depends on the amount driven. For each American gallon of gasoline or diesel a car emits about 24 pounds of carbon dioxide. That's about 3 kg per 1 liter of fuel for the rest of the world.
Every liter of gas or diesel burned produces about 3 kg of carbon dioxide containing a bit less than 1 kg of carbon. In the US this would be 24 lbs CO2 per gallon and 8 lbs carbon per gallon.
It depends on the amount driven. It will be close to 2 kilograms of CO2 per liter of fuel used. For Americans that is 16 pounds per US galleon
carbon dioxide and carbonmonoxide.
The cement work cannot reduce carbon dioxide. In fact, the cement work increases carbon dioxide because carbon dioxide is emitted during the production of cement.
I think it is carbon dioxide.
Global carbon dioxide emissions are 26 gigatonnes (26 billion tonnes) of carbon dioxide annually (2013).Carbon dioxide from all shipping is 4% to 5% of global emissions (1,300,000,000 (1.3 billion) tonnes).Ferries make up less than 1% of all shipping.So ferries probably emit around 13,000,000 (13 million) tonnes of carbon dioxide annually.
water vapor and carbon dioxide.
No, carbon dioxide is not emitted by an incandescent lamp.
Carbon Dioxide is given off because when the gasoline combusts C02 is left
Yes it is!
carbon dioxide and carbonmonoxide.
Such an atmosphere on a planet would be the result of carbon dioxide emitted from volcanoes.
They are part of the carbon cycle, and certainly are extremely important over the longest time scales. But in recent geological history volcanic activity has been very quiet, emitting an average of 0.25 gigatons annually (compared to about 35 gigatons emitted by human activity).
The cement work cannot reduce carbon dioxide. In fact, the cement work increases carbon dioxide because carbon dioxide is emitted during the production of cement.
Mostly Carbon Dioxide CO2
water vapor and carbon dioxide
The only carbon dioxide released by simply cutting the tree is that which is produced by the energy required to cut the tree: the human breathing out carbon dioxide as he swings an axe or uses a saw, the carbon dioxide emitted by a chainsaw's combustion engine, or the carbon dioxide emitted by logging machinery while cutting the tree. Significantly more carbon is emitted afterward as the lumber is transported from the site and as the tree is cut up into smaller pieces, then the smaller pieces are shipped all over. Finally, as the wood biodegrades (or burns), some carbon dioxide will be released.
carbon-dioxide.
Water Vapor and Carbon Dioxide