Chemists studied the formation of phosgene by sealing 0.73 atm of carbon monoxide and 0.98 atm of...

Question

Chemists studied the formation of phosgene by sealing 0.73 atm of carbon monoxide and 0.98 atm of chlorine in a reactor at a certain temperature. The pressure dropped smoothly to 1.32 atm as the system reached equilbrium. Calculate K_p(in atm^-1) for

CO(g) + Cl₂(g) ? COCl₂(g)

Robert · Accepted Answer

Solution to TTs220912_40767_1
                                     CO (g)       +     Cl2(g) --------------- COCl2(g) 
Initial:                           0.73 atm         0.98 atm                           0 
At equilibrium:      (0.73- x) atm       (0.

Chemists studied the formation of phosgene by sealing 0.73 atm of carbon monoxide and 0.98 atm of chlorine in a reactor at a certain temperature. The pressure dropped smoothly to 1.32 atm as the...

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