1.For a first-order homogeneous gaseous reaction A→2B+C\text{A} \rightarrow 2\text{B} + \text{C}A→2B+C, if the total pressure after time ttt is PtP_tPt and after a long time is P∞P_\inftyP∞, then the rate constant kkk in terms of PtP_tPt, P∞P_\inftyP∞, and ttt is:a.k=2.303tlogP∞P∞−Ptk = \dfrac{2.303}{t}\log\dfrac{P_\infty}{P_\infty - P_t}k=t2.303logP∞−PtP∞b.k=2.303tlog2P∞P∞−Ptk = \dfrac{2.303}{t}\log\dfrac{2P_\infty}{P_\infty - P_t}k=t2.303logP∞−Pt2P∞c.k=2.303tlog2P∞3(P∞−Pt)k = \dfrac{2.303}{t}\log\dfrac{2P_\infty}{3(P_\infty - P_t)}k=t2.303log3(P∞−Pt)2P∞d.None of theseLogin to continueOnly logged in users canattempt or see the solution.