500g
On average, a commercial jet emits around 1 ton of carbon dioxide per hour of flight time. Therefore, on a 5-hour flight, a commercial jet would emit approximately 5 tons of 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.
A small bus can emit 270 grams of carbon dioxide per kilometre. (Australian figures). This might be the equivalent of about 21 tonnes of Carbon dioxide (CO2) a year for a bus driving 60,000 km (36,000 miles).
During the years 2000 to 2006, the Earth emitted approximately 190 gigatonnes of carbon dioxide (CO2) into the atmosphere. This accounts for approximately 42 percent of the total CO2 emissions over the past 250 years.
C + O2 -------> CO2 12g of carbon produces 44g of carbon dioxide 1kg of carbon will produce 3-67kg of carbon dioxide
5500 tons of carbon dioxcide
On average, a commercial jet emits around 1 ton of carbon dioxide per hour of flight time. Therefore, on a 5-hour flight, a commercial jet would emit approximately 5 tons of carbon dioxide.
The amount of carbon dioxide emitted by a truck depends on various factors such as the type of fuel used, distance traveled, and fuel efficiency of the vehicle. On average, a typical truck can emit around 2.5 kg of carbon dioxide per liter of diesel fuel burned.
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.
Plants do produce carbon dioxide, however, the amount they produce is generally a net NEGATIVE amount. Plants, like all carbon based life forms known to date produce carbon dioxide as they use energy for biological work. This is part of the normal functioning of cells that they require oxygen in order to do this work, during which they are consuming oxygen and sugars, bonding carbon with oxygen in the process creating carbon dioxide. If they did not do this, they could not grow, and could not repair damage. HOWEVER, plants also take in carbon dioxide and use it combined with light energy in photosynthesis. This process separates the carbon and oxygen molecules, and the carbon is utilized in the preparation of stored energy ("food"). The oxygen molecules are released into the atmosphere. In a healthy plant through the bulk of its life, the plant produces more oxygen and removes more carbon dioxide than it uses oxygen and produces carbon dioxide. Exact amounts will vary based on available light, plant species, water, atmospheric condition and overall health of the plant. In >general< the more green you see on the plant, the more of the plant involved in photosynthesis and the more oxygen it produces. however, this does not tell you how much oxygen it uses (and thus how much carbon dioxide it produces). but in general, plants (and other chlorophyll laden life forms) consume more carbon dioxide than they create.
None. Light bulbs do not emit carbon dioxide. The electricity used to power the light bulb may have been produced by a method which emits carbon dioxide (then again, it may not have), but the bulb itself doesn't emit anything except heat and light.
Fuel cell cars use hydrogen to drive the fuel cell in the car which generates electricity. The only emissions are water and heat. No carbon dioxide at all. (The production of the hydrogen will have a carbon footprint, unless it was produced using renewable energy.)
A small bus can emit 270 grams of carbon dioxide per kilometre. (Australian figures). This might be the equivalent of about 21 tonnes of Carbon dioxide (CO2) a year for a bus driving 60,000 km (36,000 miles).
Assuming you mean gaseous CO2. You can roughly approximate by PV=nRT, where P and T are ambient pressure and temperature and V is the volume of the Lorry. Solve for # of moles, n. (n=PV/(RT)) For weight of CO2, each mole = atomic weight of Carbon plus 2x atomic weight of Oxygen. (44.01 grams / mole)
In the case of Canada we sink massive amounts of carbon using forest and cold oceans. That mitigates not only all the carbon we emit but much of the carbon you emit.
There is no carbon dioxide present in Sprite. The carbonation in Sprite is achieved by adding carbon dioxide gas during the bottling process.
During the years 2000 to 2006, the Earth emitted approximately 190 gigatonnes of carbon dioxide (CO2) into the atmosphere. This accounts for approximately 42 percent of the total CO2 emissions over the past 250 years.