Question

One mole of ammonium carbamate dissociate as
shown below at 500 K.
NH,COONH,(s) + 2NH,(9) + CO2(g) If the
pressure exerted by the released gases is 3.0 atm,
the value of K is [Standard state = 1 atm]​

Answer 1

One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​One mole of ammonium carbamate dissociate as

shown below at 500 K.

NH,COONH,(s) + 2NH,(9) + CO2(g) If the

pressure exerted by the released gases is 3.0 atm,

the value of K is [Standard state = 1 atm]​