32g of nitrogen combines with 40g of hydrogen and forms ammonia. find out the mass of ammonia formed and also name the law obeyed by the reaction.
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32g of Nitrogen + 40g of Hydrogen = Mass of Ammonia
72g = Mass of Ammonia
This obeys the Law of Conservation of mass which states that Mass of reactants is always equal to the mass of products.
HOPE IT HELPS YOU...
72g = Mass of Ammonia
This obeys the Law of Conservation of mass which states that Mass of reactants is always equal to the mass of products.
HOPE IT HELPS YOU...
Answered by
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mass of hydrogen -> 3 g
moles of hydrogen -> 3/2 = 1.5
mass of nitrogen -> 7 g
moles of nitrogen -> 0.25
now
N2 + 3H2 -> 2NH3
1 mole nitrogen -> 2 mole NH3
0.25 mole nitrogen -> 0.5 mole NH3
since there is Nitrogen as limiting reagent
therefore only 0.5 mole NH3 is formed and 0.75 mole of Hydrigen is left
so mass of 0.5 NH3 = (14 + 3)/2 = 17/2 = 8.5 g
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