Cool down Nitrogen dioxide, until it is colorless. N2O4 is Colourless
Nitrogen di-oxide
N2O i think... di (two), nitrogen (nitrogen), oxide (oxygen)
The answer to this question is coded in the name of the compound itself: "di" means 2 and "octa" means 8. Therefore, the formula is Si2N8.
The name of the compound N2S5 is dinitrogen pentasulfide. This compound consists of two nitrogen atoms and five sulfur atoms bonded together. The prefix "di-" indicates there are two nitrogen atoms, while the prefix "penta-" indicates there are five sulfur atoms in the compound.
The composition of standard dry atmosphere is: - nitrogen 78,084 % - oxygen 20,946 % - argon 0,934 % - carbon dioxide 0,039 % and extremely low concentrations of He, Ne, CO, Kr, Xe, Rn, CH4, O3.
covalent bond because two electrons are shared
N204 has two parts Nitrogen so the suffix Di is added, and 4 parts oxygen gets the Tetra suffix. That makes this compound Dinitrogen Tetraoxide.
Di ko alam Di ko alam
Di ko alam Di ko alam
1 mol of nitrogen per 1 mol of oxygen. NO2
Nitrogen di-oxide
No: The distinction between metals and nonmetals is a property of elements or mixtures of elements (alloys), but dinitrogen pentabromide is a compound.
freaon
Nitrogen is an element it is not possible to create one element ( unless you take a radioactive element which decomposes or fuses to give other elements , but I am pretty sure no radioactive substance decomposes or fuses to give nitrogen ). However we can get nitrogen by decomposing it's compounds such as ammonia , nitrogen di oxide (these reactions require special conditions such as high temperature and pressure). But these reactions can't be considered as "making" nitrogen as nitrogen is required to make these compounds . Nitrogen occupies 78% of air so there is no need for specially making it. It can be separated from air by the process of liquefaction.
Nitrogen dioxide says it all...nitrogen and oxygen. How many oxygen molecules? "Di" means "two".
photosynthesis process
N2O i think... di (two), nitrogen (nitrogen), oxide (oxygen)