That quaint artisanal product you Amazon-ed from a mom and pop in rural Thailand or some small factory Mogadishu? It would harsh your mellow, planet saving outlook. You cut the plastic loops on a six pack and you recycle.
We could stop ALL fossil use in the US, and it would not contribute a sub-fraction of what getting the rest of the world AWAY from burning biomass and using at least centrally refined petrol or burned coal. In fact, fossil use is their sole ticket in advancing from poverty- something the ENTIRE world never could until fossil energy on a industrial scale became possible. What does anyone propose we do about the poorer, larger part of the population — the majority?
Are we to condemn them to poverty or worse yet, interdict whatever meager means of survival they currently have access to?
Despite that, we still made strides against poverty and hunger, so much so, that the world now contains more obese people than malnourished. Fossil fuels! The explanation provided by Mr. Munez is completely wrong. Gases do not stratify, not even when confined in closed spaces. As a matter of fact at room temperature the molecules making up a gas travel at speeds that reach or exceed the speed of sound but as they keep bouncing off each other actual diffusion rates at the macroscopic level are much lower.
This happens without an external energy source unlike what Mr. In summary, gases would behave as Mr. Munez claims only at absolute zero, where the kinetic energy of its molecules would be zero, a condition that will never be found in nature. I respectfully request that this page be removed ASAP as it only serves to spread misinformation. Sorry for the bad punctuation. When a volcano erupts we get along with some other gases and carbon oxide some times it erupted more that meter in to the sky.
All scientists says that carbon dioxide will lay down on the ground. Have anyone ever made any calculations on the difference. Best regards per wallen. The ambition is zero carbon mmissions..
How would plants, trees, crops react to a drastic cut to Co2? The atmosphere will still have plenty of CO2 in it if we stopped burning fossil fuels, because they will get it from natural sources. Plants survived for hundreds of millions of years before we started burning fossil fuels, and they will definitely be fine afterwards, too.
We eat the plants and break the sugar back down into CO2, which the plants can use again. CO2 can also come from the oceans, soils, and volcanoes.
The problems happen when we bring up fossil fuels from deep underground, where they would have stored lots of carbon for millions of years. CO2 makes it hard for heat to get out into space. If you sit in your car on a cold day, even if the car itself is cold, it will still keep you warmer than if you were not inside the car, because it traps some of your heat. Good questions. A lot of people are wondering about that, so the Earth Institute is preparing another article about this now.
But yeah, I agree that it seems kinda crazy that even though CO2 only makes up 0. Oxygen gas is a diatomic gas having two oxygen atoms bonded to each other via a double bond. These two oxygen atoms bind with each other via covalent chemical bonding. Hence, the oxygen molecule is a molecular compound or a covalent compound. At standard temperature and pressure, this compound exists in the gaseous state. And, it is colourless and odourless. It is very important for life on earth because we use this gas for cellular respiration.
Moreover, the oxygen atoms are essential components in biological systems included in bio-molecules such as carbohydrates, proteins and nucleic acids. Photosynthesis, on the other hand, is an important process in which plants use the energy of sunlight to produce carbohydrates and oxygen from water and carbon dioxide. An allotrope of oxygen, ozone, makes a layer at upper atmosphere which can protect us from harmful UV rays.
In brief, there are several favourable characteristics of this gas; it readily dissolves in water, which makes it easier to transport throughout the human body via body fluids. Moreover, we can obtain high purity oxygen gas from fractional distillation of liquefied air. This gas reacts with all the elements to form oxides except inert gases. What is the difference between carbon monoxide and carbon dioxide? Is it even correct to classify them that way? Both gases are a combination of carbon and oxygen, which is why their names are similar.
But these gases are created through different chemical reactions. Download White Paper. Carbon dioxide is the result of complete combustion. Complete combustion is a chemical reaction in which a hydrocarbon reacts with oxygen to produce carbon dioxide and water. Complete combustion often but not always involves a flame.
The carbon dioxide is released into the air as a colorless and odorless gas. It is a largely non-reactive gas, and once released, it quickly mixes throughout the atmosphere. In this blog, we take a look at a concerning issue: people getting carbon dioxide and carbon monoxide mixed up. Find out more about the critical differences, or visit our dedicated range of carbon dioxide and carbon monoxide detectors.
A couple of years ago we posted a blog about the American Red Cross getting confused between carbon dioxide CO 2 and carbon monoxide CO in a household initiative.
We have seen a lot of stories about charities, the media and other organisations not seeming to know the difference.
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