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nitrogen gas reacts with hydrogen gas to produce ammonia gas: n2(g) 3h2(g) --> 2nh3(g) what volume of h2 is required to react with 3.00 l of n2 and what volume of nh3 is produced at 200oc? group of answer choices

Sagot :

N2(g)+3H2(g)→2NH3(g) , mass of NH3 (Ammonia) produced  = 96.3 g

3 x 2 g H2  gives  2 x 17 g NH3

3.98 g H2 gives  3.98 x 2 x 17  / 3 x 2  = 22.5 g NH3

mass of NH3 produced  = 22.5 g

28 g N2  require 3 x 2 g H2

3.20g N2  require 3.2 x 3 x 2 / 28  = 0.65 g

mass of H2 needed  = 0.65 g

3 x 2 g H2  gives   2 x 17 g NH3

17 g H2  gives  17 x 2 x 17  / 3 x 2   = 96.3

mass of NH3 produced  = 96.3 g

Ammonia is created when one nitrogen and three hydrogen atoms come together. It has a design that tetrahedral. Ammonia is used as a fertilizer, to clean with, and to make nitric acid solution. Commonly found as a gas, NH3 can be harmful if exposed for an extended period of time. NH3 has When being stored, it must be kept under pressure or at extremely low temperatures. In the United States, ammonia is a chemical that is regulated as a non-flammable gas. It yet meets the requirements for an inhalation hazard and necessitates a permit for hazardous safety. Ammonia is typically a gas with an overpowering odor.

Learn more about Ammonia here:

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