The density of methane gas at +25 degrees Celsius is 0.656 kg/m3. The density of methane liquid -90 degrees Celsius is 162 kg/m3. The SI density standard is kg/m3.
This question is irrelevant without specifying a pressure.
The liquids on Titan are not "water", but liquid gases. The temperature there is so cold that gases like methane (boiling point -161.6 °C) are liquids. In fact, a little colder (-182.5 °C) and you can have solid methane and ethane (-181.8 °C).Titan is expected to have all three phases of methane : solid, liquid, and gas, depending on the particular ambient temperature.
1.28mol
Methane, at minus 170 degrees C, or at minus 170 degrees F, is a gas. It is a solid below -182.5 oC (-297 oF) It melts at that temperature and becomes liquid. Liquid methane boils at -161.6 oC (-259 oF) and becomes its form we may be more familiar with, gas.
Methane is CH4 and thus made of C = carbon and H = Hydrogen.
43 degrees c
Methane has a boiling point of −161 °C at a pressure of one atmosphere. For the source and more detailed information concerning this subject, click on the related links section indicated below.
Methane needs oxygen to combust so it would depend on how much oxygen there is in the chamber.
C = Carbon
The liquids on Titan are not "water", but liquid gases. The temperature there is so cold that gases like methane (boiling point -161.6 °C) are liquids. In fact, a little colder (-182.5 °C) and you can have solid methane and ethane (-181.8 °C).Titan is expected to have all three phases of methane : solid, liquid, and gas, depending on the particular ambient temperature.
1.28mol
Methane, at minus 170 degrees C, or at minus 170 degrees F, is a gas. It is a solid below -182.5 oC (-297 oF) It melts at that temperature and becomes liquid. Liquid methane boils at -161.6 oC (-259 oF) and becomes its form we may be more familiar with, gas.
Methane is CH4 and thus made of C = carbon and H = Hydrogen.
The Antoine equation for methane looks like: log10(P) = 6.69561 - 405.420 / (T +267.777). P is in mm Hg, T is in degrees C within temperature ranges -181 < T < -152.
Methane is CH4 and LPG(Butane) is C4H10. The energy in the Carbon Carbon bond (C-C)is more than that in the Carbon Hydrogen bond (C- H). Since there are more number of C-C bonds in butane (LPG) than in methane,calorific value of LPG or butane is higher than that of methane.
beacuse it is becaiuse its called methane and starts with a M and ends with E :)
43 degrees c
For the same substance, it will be less dense at higher temperatures and more dense at colder temperatures. There are a few exceptions, for instance water between 0 and 4 degrees C.