For the reaction : 2A(g) rarr 3B(g) + C(l), the rate law is : r=-(1)/(2).(dP_(A))/(dt)=K.P_(A) The reaction is performed at constant volume and temperature, starting with only pure A(g). If P_(T) and P_(oo) are the total pressure of system at t = (oo), and P_(0) is the vapour pressure of C(l), then the rate constant of reaction may be expressed as :

For the reaction : 2A(g) rarr 3B(g) + C(l), the rate law is : r=-(1)/

1.	For the reaction : 2A(g) rarr 3B(g) + C(l), the rate law is : r=-(1)/(2).(dP_(A))/(dt)=K.P_(A) The reaction is performed at constant volume and temperature, starting with only pure A(g). If P_(T) and P_(oo) are the total pressure of system at t = (oo), and P_(0) is the vapour pressure of C(l), then the rate constant of reaction may be expressed as :
Answer» `k=(1)/(T_(min))."ln"(P_(OO))/(P_(oo)-P_(T))` `k=(1)/(2T_(min))."ln"(P_(oo))/(P_(oo)-P_(T))` `k=(1)/(2T_(min))."ln"(P_(oo)-P_(0))/(3(P_(oo)-P_(T)))` `k=(1)/(2T_(min))."ln"(P_(oo)-P_(0))/(P_(oo)-P_(T))` Answer :C