wat are the different types of gases?
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There’s the kind that comes out the upper body and the lower body and then again there’s the kinda for cars
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vapor\n\ngas\n\nliquid\n\nvapor\n\nliquid\n\n\nnot 100% sure but i'm pretty good at science
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Some of the elements while in gaseous state.
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There are many more than 4 types of clouds, but in elementary classes they teach that the 4 types are:\n\n1. cumulus\n2. stratus\n3. cirrus\n4. nimbus\n\n\nIf you want to see a much longer list, I have included a reference. \n\nThis reference lists the following 4 types of clouds:\n\nA. High clouds\nB. Middle clouds\nC. Low clouds\nD. Vertical clouds\n\nI am not sure that this is a particularly useful classification system. \n\nI find it interesting that there is still a lot we do not know about clouds. Clouds can both heat and cool the surface. Not all clouds are even composed of condensed water vapor. Current theories of the ozone depletion mechanism rely on the existence of stratospheric polar clouds that are probably not composed ice crystals, but  nitric acid and water, probably in the form of crystals of nitric acid trihydrate ("NAT"), HNO3.3(H2O) (see second reference).
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oxygen, nitrogen, hydrogen, methane, helium
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The first four\nMercury, Venus, Earth & Mars\nand the last one\nPluto\n\nAll other planets are considered "gas planets"
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There are many types exothermic or endothermic reactions.\n\n Exothermic reactions.\n1.Combustion reactions.(Except combustion of Nitrogen.)\n2.Combination reaction of anions & cations.(Ex-OH- + H+)\n3.Reaction of metals with non-metals.\n4.Some(1st) Electron affinity reactions(Expect elements of S2,P6,d10;Nitrogen)\n\n Endothermic reactions\n1.All the ionization reactions.\n2.Bond breaking reactions.\n3.Breaking into anions,cations.\n4.All the Sublimation,Vapuorization,Atomization reaction.\n5.(1st)Electron affinity reactions of S2,P6,d10 elements;Nitrogen\n6.All the 2nd,3rd electron affinity reactions \n\nSo,(a) is a exothermic  reaction\nAnd,(b) is also exothermic reaction
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http://www.airliquide.com/en/business/products/gases/gasdata/index.asp?GasID=25
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They are the gases that trap heat in the Earth's atmosphere.  They are Carbon Dioxide and Methane.
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hey! Air is a mixture of gases thus it is solution, it contains Nitrogen-78%, oxygen-20.9% carbon dioxide0.003% and some rare gases
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Group 1-alkali metals Group 2- alkaline earth metals Groups 3-12-transition metals Group 17-Halogens Group 18- Noble gasses
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Properties of Gases \n\n1.  Indefinite shape -- you can squash an air-filled  balloon to make circus animals\n2.  May expand -- balloons get bigger when temperature gets warmer\n3.  May compress -- can put lots of air into a car tire\n4.  Have low densities -- balloons filled with air will float on water\n5.  Diffuse uniformly -- put a pizza on the front seat of the car and the people in the back seat get hungry pretty quickly -- that pizza vapors travel to fill the car! \n\n11.2  Atmospheric Pressure \n\nEven though we can't see the air around us, we know it's there and those molecules bouncing around exert a force on our bodies.  Fortunately, the force is the same on all sides of us, so it equalizes out and we don't notice that we're pushing against the air as we move our bodies. \n\nWe use a barometer to measure pressure.  We can use lots of different units depending on the system we're using.  Normal atmospheric pressure at sea level is defined as "1 atmosphere of pressure";  we call this by the special name "standard pressure".  The equivalent measures in other  units for standard pressure are given in table 11.1;  when we talk about standard pressure in this course we will use units of atmospheres, mm Hg and torr.  You're probably familiar with the weatherperson talking about pressure in inches of Hg.  If you use 2.54 cm = 1 inch, you can do the conversion from inches of Hg to cm and then on to mm of Hg.  There's no magic here, it's just a metric/English conversion example. \n\nYou may be curious about how a barometer works.  Here's my interpretation.... \n\nLet's start with the diagram on page 295 which is a representation for the workings of a barometer. It helps to talk about how this setup is put together. One would hold the tube "right side up", that is, like a test tube and fill it "to the brim" with mercury. One then inverts the tube in a pool of mercury (taking appropriate safety precautions). Immediately some of the mercury will flow out of the tube. How much flows out depends on how much pressure the atmosphere exerts on the pool of mercury. If the atmospheric pressure is higher, there is more pressure on the pool of mercury and the material in the tube stays at a higher level. If the atmospheric pressure is lower on a given day, more mercury is allowed to flow out of the tube. If the atmospheric pressure increases again, more mercury is pushed pack up into the tube. It is important to recognize that a virtual vacuum (except for a few stray mercury molecules) exists above the liquid in the tube which exerts no pressure (has no influence) on the height of the material in the tube. The only influence on the height of the material, is the air pressure on the puddle of mercury at the bottom.\n\nThe number the weatherperson gives is the height of the column measured in inches or mm (of mercury). We use mercury because it is so dense. If we were to use a water column instead (mercury is 13+ times as dense as water), the column would have to be 13+ times as high.  \n\n  Do example exercise  11.1 and the self test.  You can make up unit factors using any pair of these units to do homework exercises 5 and 7. \n\n11.3  Variables affecting Gas Pressure \n\nThink of gas pressure as the effect of molecules hitting the walls of a container.  When the molecules hit harder, the pressure is increased.  The tire pressure in your car can be affected by 3 things:\n \n  \n\nVariable What we measure Predicted effect on pressure of the gas Why? Also true (follows logically); complete with increase or decrease \nvolume of the container how much air the tire can contain increase volume, decrease pressure more space for the molecules to move around, so don't hit walls of container so hard decrease pressure, (       ) volume \ntemperature of the gas temperature of the air in the tire increase temperature, increase pressure molecules moving faster, so hit
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helium,.........,hydrogen,............, and oxygen??? I don't have the book on me right now, so I am drawing a blnk
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Solid or gaseous, depending on what the question means when refering to non-metals:  There are 11 gases total out of the entire table (6 are nobel gases) and only 2 liquids..mercury and bromine.  The true non-metals comprise only 7 elements, and only 3 of those (hydrogen, nitrogen, and oxygen) are gases.  If you takea  looser definition of non-metals, which includes the true nonmetals plus the halogens and noble gases, the the answer is gaseous.  From the wording of the question, I would think they were trying to get you to say gaseous.
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Mostly hydrogen. There is a little bit of helium and heavier elements in there as well.
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propane\nbutane\nhydrogen\nmethane\nacetylene\nmethyl chloride\nnickel carbonyl\nhydrogen sulfide\n\n\nhundred of others
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Natural Gas like methane CH4 and ethane, butane, propane ..\n\nCO2, H2O .. \n\nvolcanic gases : water vapor, carbon dioxide, sulfur either as sulfur dioxide (high-temperature volcanic gases) or hydrogen sulfide (low-temperature volcanic gases), nitrogen, argon, helium, neon, methane, carbon monoxide and hydrogen. Other compounds detected in volcanic gases are oxygen (meteoric), HCl, HF, HBr. Exotic trace compounds include methyl mercury, halocarbons (including CFCs), and halogen oxide radicals.\n\nsorry for not giving a complete answer but some are better than nothing !!!