For the equilibrium `LiCl.3NH_(3(s))harrLiCl.NH_(3(s))+2NH_(3(g))` `[K_(p)=9atm^(2)]`. At `0^(@)`C. A 44.8 litre vessel contains 1 mole of `LiCl.3NH_(3)`. How many mole of `NH_(3)` shoul be added to the flask at this temperature to drive the backward reaction to almost completion?

For the equilibrium `LiCl.3NH_(3(s))harrLiCl.NH_(3(s))+2NH_(3(g))` `[K

1.	For the equilibrium `LiCl.3NH_(3(s))harrLiCl.NH_(3(s))+2NH_(3(g))` `[K_(p)=9atm^(2)]`. At `0^(@)`C. A 44.8 litre vessel contains 1 mole of `LiCl.3NH_(3)`. How many mole of `NH_(3)` shoul be added to the flask at this temperature to drive the backward reaction to almost completion?
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For the equilibrium `LiCl.3NH_(3(s))harrLiCl.NH_(3(s))+2NH_(3(g))` `[K_(p)=9atm^(2)]`. At `0^(@)`C. A 44.8 litre vessel contains 1 mole of `LiCl.3NH_(3)`. How many mole of `NH_(3)` shoul be added to the flask at this temperature to drive the backward reaction to almost completion?

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