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Yes, carbon monoxide levels can be higher during cold weather. This is because people tend to use fuel-burning devices such as heaters, fireplaces, and generators more frequently to keep warm. If these devices are not properly ventilated or maintained, they can produce higher levels of carbon monoxide, which can be dangerous and even fatal.
the reason is the higher the latidue is the colder the weather it gets
The higher the number, the colder it becomes .
Carbon monoxide, which has a higher affinity for hemoglobin in the red blood cell, displaces oxygen from the hemoglobin molecule, thus decreasing the oxygen level in the bloodstream, and reducing its delivery to the bodily tissues and cells.
Latitude and altitude affect the plants that grow in an area by affecting the temperatures there. The closer the latitude is to the poles, the colder the weather. The higher the altitude, the colder the weather. This means that plants that will grow in warm areas will not do well at higher latitudes or altitudes.
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Yes, carbon monoxide levels can be higher during cold weather. This is because people tend to use fuel-burning devices such as heaters, fireplaces, and generators more frequently to keep warm. If these devices are not properly ventilated or maintained, they can produce higher levels of carbon monoxide, which can be dangerous and even fatal.
No. Small concentrations of carbon monoxide are potentially lethal. Carbon monoxide requires higher concentrations.
Carbon monoxide has a higher solubility as compared to carbon dioxide.
Carbon monoxide is a colourless gas that is indetectable to people and animals, and toxic to them in higher concentrations. You might wish to read the carbon monoxide article on wikipedia for more information.
Carbon monoxide. It has ten times higher binding efficiency to iron in the heme group than oxygen does
Carbon Monoxide levels increase with the no as well as the concentration of vehicles. Hence, CO levels are found to be higher at traffic signals.
Carbon monoxide binds very tightly to heme; carbon dioxide does not. Carbon dioxide is not poisonous per se, but it's not harmless either; concentrations of carbon dioxide above 20% or so are pretty bad for you even if there's also plenty of oxygen to breathe.
Yes - haemoglobin has a higher affinity for carbon monoxide than oxygen. This means that it will bind to carbon monoxide in preference.The binding of carbon monoxide at one site of the haemoglobin increases the affinity for oxygen at the other 3 sites - which may cause problems as the oxygen is not released when it should be.Yes, irreversible while with oxygen reversibleYes, that's why you suffocate if you get stuck in a car with the exhaust coming in. The Carbon Monoxide sticks to your haemoglobin so the oxygen cannot.
The higher one goes into the mountains, the more one notices how different the weather is compared to the weather at the bottom of the mountain. The higher up one goes, the colder and less humid it becomes.
I'm guessing the question means, why is carbion DIoxide safe, while carbon MONoxide is poisonus. Carbon monoxide binds to hemoglobin molecules and displaces oxygen due to a higher affinity. Red blood cells have separate receptors for carbon dioxide. Carbon dioxide is produced naturally in our body as a byproduct of cellular respiration and is carried away by the red blood cells. Since it does not compete for hemoglobin like carbon monoxide, it is not dangerous.
This is dependant on location and local activities. Carbon monoxide is emitted during the incomplete combustion of hydrocarbon rules and other fuels such as wood when insufficient oxygen is present to allow complete combustion. Such activities increase in northern countries during the winter. Small amounts may be emitted by home heating if the air supply is not sufficient or from automobiles if the engine operating conditions are not optimal. The carbon monoxide levels may be higher on the inside of structures or in densely but urban areas where dilution with fresh air is not available. In open country not downwind od significant combustion sources there may be some increase, In open air carbon monoxide is oxidized to carbon dioxide in about one month.In urban centers, incidents of carbon monoxide poisoning increase in poorly ventilate buildings during colder weather as the input of fresh air may be reduced by the actions taken to deduce drafts of cold air. Worldwide the average concentration of atmospheric CO has been decreasing for several years due to improved heating systems for domestic and industrial sources, This general decrease is more significant than seasonal variations.