what are 2 nitrogen compounds that result from nitrogen fixation?
439393
The nitrogen gas in air gets converted to 1) ammonia 2) nitrates (from nitrites)
284896
One bit to add.  The only exception to this is the polyatomic ion, ammonium. (NH4+) It acts like the cation.
716049
It is not E because fungi are not photosynthetic, therefore I would say 'B' is false.  I would say 'C' as it is typically taught that bacteria symbiotically fix nitrogen for plants not fungi.  The fungi that live in symbiosis with plant roots (ie mycorrhizas) typically help the plant absorb nutrients from the soil.
77405
Boron, Carbon, Nitrogen, Oxygen
875082
a. N2O4\nb.PCl5\nc.NF3\nd.S2Cl2
70419
Many organic molecules contain nitrogen, but the most obvious answer is proteins.
693408
It's not nitrogen... It's hydrogen. They called my car the "Hindenburg" after it burst into flames when I pumped in a few pounds too many way back when in Lakehurst, New Jersey... Oh, the humanity!
95359
I would guess nitrogen.
295561
My best guess is that you have 2 ethyl groups bound to a nitrogen, and a third ethyl group on which the substituent is placed. Otherwise, it's triethyl amine, a relatively common lab reagent.
857379
Nitrogen triiodide is a feisty one:\n\nhttp://en.wikipedia.org/wiki/Nitrogen_triiodide
665609
Hydrogen, Oxygen, Nitrogen etc. are some elements\nCarbon tetrachloride, Methane, Ammonia etc are some such compounds.
640855
Fixation. Ammonification. Nitrification. Denitrification\n\nFixation-taking fairly inert N2 gas and converting it to, for example ammonia,-  this is done generally through nitrogen-fixing bacteria\n\nThe ammonification, in which ammonia (NH3) is converted to ammonium ion (NH4+)\n\nNitrification, in which the ammonium ion is converted to NO3 or NO4 and either used as an energy source or used to produce amino acids and other organic compounds\n\nDenitrification- reduction of nitrogen back to the inorganic N2 form-usually through bacterial respiration
973079
In organic:  Fixation\nOrganic: Oxidation
158656
Unable to guesstimate.  You're talking biological macromolecules, most likely.  They would probably have carbon, hydrogen, nitrogen, oxygen, sulfur, phosphorus, and perhals a halogen or two.  And maybe even a metal ion or two thrown in for good measure.
623526
Nitrogen (approx 78%)\nOxygen (approx 21%)
373250
C3H7NO2 \n\nwww.chemfinder.com is a useful resource.  \n\nI hope this helps :)
970026
The Amino group (NH2) breaks off the amino acid molecule by a process called deamination and forms ammonia. Toxic ammonia is rapidly converted to urea by a process called the ornithine cycle.\nUrea is only slightly toxic.