Some solid \[N{{H}_{4}}HS\] is placed in a flask containing 0.5 atm of \[N{{H}_{3}}\], what would be pressures of \[N{{H}_{3}}\] and \[{{H}_{2}}S\] when equilibrium is reached \[N{{H}_{4}}H{{S}_{(g)}}\] ⇌ \[N{{H}_{3(g)}}+{{H}_{2}}{{S}_{(g)}}\], \[{{K}_{p}}=0.11\] [UPSEAT 2001]

Some solid \[N{{H}_{4}}HS\] is placed in a flask containing 0.5 atm of

1.	Some solid \[N{{H}_{4}}HS\] is placed in a flask containing 0.5 atm of \[N{{H}_{3}}\], what would be pressures of \[N{{H}_{3}}\] and \[{{H}_{2}}S\] when equilibrium is reached \[N{{H}_{4}}H{{S}_{(g)}}\] ⇌ \[N{{H}_{3(g)}}+{{H}_{2}}{{S}_{(g)}}\], \[{{K}_{p}}=0.11\] [UPSEAT 2001]
A.	6.65 atm
B.	0.665 atm
C.	0.0665 atm
D.	66.5 atm
Answer» C. 0.0665 atm

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Some solid \[N{{H}_{4}}HS\] is placed in a flask containing 0.5 atm of \[N{{H}_{3}}\], what would be pressures of \[N{{H}_{3}}\] and \[{{H}_{2}}S\] when equilibrium is reached \[N{{H}_{4}}H{{S}_{(g)}}\] ⇌ \[N{{H}_{3(g)}}+{{H}_{2}}{{S}_{(g)}}\], \[{{K}_{p}}=0.11\] [UPSEAT 2001]

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