The natural components of the atmosphere doesn't react each other.
Green house gas effect is a phenomenon that takes place in the atmosphere. Have you ever thought why this occur? well the answer is that the greenhouse gases forms a layer in the earths atmosphere. this layer only allows light radiations through it. the suns radiation enters this layer as light radiations. these light rays are absorbed by the earth on reaching it (remember that earth only absorbs light rays not heat). thus the heat is radiated to the atmosphere.But the greenhouse gas layer forbids this radiation to get out of the earths atmosphere as it is not a light ray anymore. thus the heat is trapped in the earth increasing the earth's temparature. this is greenhouse gas effect. this leads to global warming which further leads to glacier and ice cap depletion.
Yes, two non-metal elements on the periodic table can react with each other to form compounds. For example, hydrogen and oxygen react to form water. These reactions typically involve the sharing or transfer of electrons between the atoms.
According to Wikipedia; The atmosphere on Mars consists of 95% carbon dioxide, 3% nitrogen, 1.6% argon, and contains traces of oxygen, water, and methaneThe atmosphere on Mars consists of 95% carbon dioxide, 3% nitrogen, 1.6% argon, and contains traces of oxygen, water, and methane. In addition, the average surface pressure is about one seventeenth of that of earth, although the atmosphere is on average 11 kilometres thick, in comparison to 7 for earth. The planets low gravity prevents it from ever accumulating a much denser atmosphere for any significant amount of time.
Water vapor is the primary greenhouse gas. H2O is knocked into the atmosphere primarily via solar radiation, evaporation from the ocean surface. If you have ever seen it rain or snow you have witnessed the self regulating nature of water vapor. Although humans emit steam in some industrial processes, and add to evaporation rates with irrigation and other uses of water, most water vapor is introduced into the atmosphere naturally via solar induced evaporation.Carbon dioxide is another natural component of our atmosphere. In the 20 million years prior to the industrial revolution, CO2 varied in our atmosphere from roughly 250 to 300 parts per million (ppm). Today it is close to 400 ppm.Fossil carbon (coal and oil) are also natural, but what is not natural is large scale mining operations to transport coal to electrical power generators, or oil to refineries for the production of petroleum. So although the carbon from these sources was from natural deposits, much of which was laid down during the Permian Period 300 million years ago, the CO2 liberated by burning this carbon fuel into our atmosphere is not natural.The difference between H2O and CO2 is that CO2 does not rain out of the atmosphere very easily. A little bit does as it is absorbed by rain, which increases acidification of the oceans--another problem. Human beings release about 30 billion tons of CO2 into the air each year from ancient fossil deposits, and another ten billion tons from other sources. Virtually all of the increase in atmospheric CO2 in the past 200 years is directly attributable to human activity.Answer:Water vapor is the primary greenhouse gas. It makes up over 75% of the total warming we experience and is almost 100% natural in origin.Next in line in terms of total warming is CO2. Again, this is primarily a naturally occurring gas making up about 6% of the total warming and about 0.039% of our atmosphere. Man does produce about 6 to 8% of this gas, much through processes that would occur naturally of man did not assist. The remaining amount is also natural.If we add up all the greenhouse gases made annually, man makes about 0.28% of them, the rest are all occurring naturally.Additional Information:Additional greenhouse gases include methane, carbon monoxide, and nitrous oxide. Many of these gasses occur naturally, via various processes, however human exploitation of natural resources have increased the density of these gasses in the atmosphere.
Yes, Uranus does change colors. It appears blue-green in color due to the presence of methane in its atmosphere. The variation in the amount of methane and other gases in its atmosphere can cause its color to appear slightly different at times.
No, we will not run out of air on Earth. The Earth's atmosphere contains a constant supply of oxygen and other gases that support life.
Yes, the Moon did have a very thin atmosphere called an exosphere. This exosphere is made up of very low-density gases, such as sodium and helium, that are constantly escaping into space due to the Moon's low gravity. The Moon's atmosphere is much less dense compared to Earth's atmosphere.
The thick brown haze formed when certain gases react in sunlight is known as smog. Smog is typically a mixture of air pollutants such as nitrogen oxides, volatile organic compounds, and particulate matter that can have harmful effects on human health and the environment.
Neither. No element has any charge, on it's own. You may often see H+ and Cl- but this is misleading (especially Cl-).I won't go into that. But noble gases do not have a charge. Also...they probably never will have a charge. They rarely ever react and are extremely stable.Although they ARE very electronegative...this is not at all the same as being negative and, in fact, acquiring another electron is highly unfavourable for them.
It depends on what kind of relationship you had and how he would react and if you and him will ever talk again.
Like this; "Please don't ever talk about me to another person, instead come to me directly" Aim this at intended gossiper and await response, react appropriatley.
no, never, at all, EVER!!______________________________Asteroids are too small and don't have enough gravity to retain an atmosphere. There have been science fiction stories in which a transparent mylar "balloon" is inflated around the asteroid Pallas in order to provide an artificial atmosphere, or that asteroids might be hollowed out to create enormous air-filled habitats.But we are not aware of any asteroid with a natural atmosphere, and creating an artificial atmosphere for an asteroid is currently well beyond our technology._______________________________AND THEY PROBABLY NEVER WILL HAVE ONE UNLESS WE PUT IT THERE!!!, at all, EVER!!!
The intermolecular forces in gases are extremely small; gases easily diffuse in any space.
THE GASES FORM IN BKING IS WHEN IT IS BAKING AND THE HEAT IS RISING FROM WHAT EVER YOU ARE BAKING
1. They are inert; they do not react with anything. 2. They each have eight valence electrons on their outermost electron shell. 3. Only two have ever been bonded with anything, and that was under extreme, simulated conditions.
It is next to impossible thing to have no ozone in the atmosphere. Large solar mass ejections could cause some thinning of the ozone layer equal to, or greater than the worst thinning we are aware of (1859 sme event). Should this happen though, the sun's uv rays would react with the oxygen in our atmosphere and restore the ozone in short order. As long as we have oxygen and sunlight to react with it, we will have ozone.
gases have huge spaces in between them.enough to move around where ever they want