2. If the excess salt is dissolved in water, it will reform carbamic acid. At 350K, carbamic acid will decompose into NH3 (g) and CO2 (g). Assuming that the water vapor has no effect on the overall gas components or container volume, what is the final pressure in the container outlined in question 1 now? Question 1 for reference: A reaction of 5.35g of solid methyl lithium (CH3LI) reacts with 24.63g of solid carbamic acid (NH2COOH) at 200K to produce methane gas (CH4) and a dilithium carbamate salt (NHCO2Lİ2). If the completed reaction mixture heated to 350K in a 2.6L container, what is the pressure in the container? The answer I got for this was 2.65 atm

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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2. If the excess salt is dissolved in water, it will
reform carbamic acid. At 350K, carbamiC
acid will decompose into NH3 (g) and CO2 (g).
Assuming that the water vapor has no
effect on the overall gas components or
container volume, what is the final pressure in
the
container outlined in question 1 now?
Question 1 for reference: A reaction of 5.35g of
solid methyl lithium (CH3LI) reacts with 24.63g of
solid carbamic
acid (NH2COOH) at 200K to produce methane
gas (CH4) and a dilithium carbamate salt
(NHCO2Lİ2). If the completed reaction mixture
heated to 35OK in a 2.6L container, what
is the pressure in the container? The answer I
got for this was 2.65 atm
Transcribed Image Text:2. If the excess salt is dissolved in water, it will reform carbamic acid. At 350K, carbamiC acid will decompose into NH3 (g) and CO2 (g). Assuming that the water vapor has no effect on the overall gas components or container volume, what is the final pressure in the container outlined in question 1 now? Question 1 for reference: A reaction of 5.35g of solid methyl lithium (CH3LI) reacts with 24.63g of solid carbamic acid (NH2COOH) at 200K to produce methane gas (CH4) and a dilithium carbamate salt (NHCO2Lİ2). If the completed reaction mixture heated to 35OK in a 2.6L container, what is the pressure in the container? The answer I got for this was 2.65 atm
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