Connider the following reaction: CHCl3(g)+Cl2(g)+CCl4(g)+HCl(g) From the data, setermine the rate law for the roactor. The ininial rate of the reaction is mensured at soveral zifferent concentrations of the reactants with the folowing results: tate=k[CHCl3]2(Ch)1/2ra+k[CHCl3]Cl3]ratouk[CHCl](Cl]1/2rutesCHCll3]1/2[Cl3]1/a You may want to reference (Puges. 593 - 598) Section 14.4 while completing this problert. Correct of Cl4 is doubled the rate increnses ty an approvimute facterad 15. Therestre the arder of the peacion with respect io Cl is tractional. Consider the following reaction: Correct Fractional-oeder reactions are not common but are occasionaly observed the frst and tecord eaperiments CHCls(g)+Cl2(g)CCl4(g)+HCl(g) show that the rate doubles when the concentration of CHCl2 is doubled, 30 the teaction is fint order ath. respect to CHCl3. However, oomparing the second and hird exporimonts reveals that ehen the orrcentration of Cl2 is doublod, the rate increases by an aperovimate tactor of 1.5. Therefore. the ofser of the reacion wif The initial rate of the reaction is measured at respect to Cl2 is inactional hevoral gifferent concentrations of the reactants with the following results: Part B From the data, desermine the rate constant (k) for the coaction. Express your answer using two signilicant figures. You may want to reference (Pages 493 - 59.8) Section 14.4 while completing this