if i put the right answer it bring me the wrong answer on the wikianswer
Methane hydrate can be found in oceans where the temperature is cold enough for this substance to form. It is essentially methane gas trapped in ice in what cjemists call a clathrate. There is a danger some climatologists say that the warming of the ocean will cause methane hydrate to release the trapped methane gas, which because it is a potent greenhouse gas would speed up global warming.
Methane is a gas at standard temperature and pressure, also at room temperature unless the room in question is very cold!
No, methane is a covalent gas at room temperature and pressure. It is composed of individual molecules held together by covalent bonds.
If you are asking how much pressure you would have to compress methane to in order to liquify it at room temperature, the answer is that methane won't liquify at room temperature. The critical temperature for methane is -87.2 degrees centigrade. Above that temperature it will not liquify no matter how much pressure you apply. At -82.7 degrees centigrade it would take a pressure of 45.96 bar to get it to liquify. See: http://www.chem.purdue.edu/gchelp/liquids/critical.html
The index of refraction for liquid methane is approximately 1.25 at a temperature of 111 K. This value may vary slightly depending on temperature and pressure.
Methane hydrate can be found in oceans where the temperature is cold enough for this substance to form. It is essentially methane gas trapped in ice in what cjemists call a clathrate. There is a danger some climatologists say that the warming of the ocean will cause methane hydrate to release the trapped methane gas, which because it is a potent greenhouse gas would speed up global warming.
Methane hydrate is a combination of methane (CH4) and water (H2O).
No, methyl hydrate is another term for methanol, while methane hydrate is a solid form of methane trapped in a lattice of water molecules. They are distinct chemical compounds with different properties and uses.
no. renewable
Methane Hydrate is methane gas which has been frozen into water ice. Since it is a mixture of substances, and not an individual chemical, it does not have a chemical symbol. However, it can be represented by the chemical symbols of the compounds which make it up - Water, which is H2O, and Methane, which is CH4.
Methane is a gas at standard temperature and pressure, also at room temperature unless the room in question is very cold!
Methane is a gas.CH4 is a small molecule that is a gas.
Methane behavior is significantly influenced by pressure, particularly in terms of its phase and density. At higher pressures, methane can transition from a gaseous state to a liquid, and eventually to a solid state (methane hydrate) under extremely high pressures and low temperatures. Additionally, increased pressure can lead to a higher density of methane gas, which can impact its transport and storage in natural gas systems. Overall, pressure plays a crucial role in determining the physical state and behavior of methane in various environments.
Yes, methane hydrates form in seafloor sediments in cold, high-pressure environments. While they contain significant amounts of methane, extracting and converting them into energy sources remains technically challenging and costly compared to conventional fossil fuels. Further research is needed to assess the environmental impacts and feasibility of large-scale methane hydrate extraction.
beacuse it is becaiuse its called methane and starts with a M and ends with E :)
As Methane Hydrants form at low temperature and at high pressure, they can be found on the seabed and in arctic perma-frost.
Methane ice is frozen methane. An ice made of methane (CH4) instead of water (H2O). The term methane ice could also refer to methane clathrate, which is an ice composed of both methane and water.