Asked by Lauren
Magnesium burns in air to produce magnesium oxide MgO and magnesium nitride Mg3N2. Magnesium nitride reacts with water to give ammonia.
What volume of ammonia gas at 24 degrees C and 753 mmHg will be produced from 4.56 g of magnesium nitride.
P= 753 mmHg (1 atm/ 760mmHg)= .991 atm
V=?
n= 4.56 Mg3N2 ( 1 mol Mg3N2/100g)(2 mol NH3/ 1 mol Mg3N2)= .0912 mol NH3
R= .0821
T= 24 + 273= 297 K
.991 atm (V)= .0912(0.0821)(297)=
ANSWER:
V= 2.24 NH3
Is this correct
What volume of ammonia gas at 24 degrees C and 753 mmHg will be produced from 4.56 g of magnesium nitride.
P= 753 mmHg (1 atm/ 760mmHg)= .991 atm
V=?
n= 4.56 Mg3N2 ( 1 mol Mg3N2/100g)(2 mol NH3/ 1 mol Mg3N2)= .0912 mol NH3
R= .0821
T= 24 + 273= 297 K
.991 atm (V)= .0912(0.0821)(297)=
ANSWER:
V= 2.24 NH3
Is this correct
Answers
Answered by
DrBob222
I obtained an answer of 2.22 L NH3. I think the difference is that I used 100.9 for the molar mass of Mg3N2. Also you didn't give a unit for your value.
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