Question

Clear and detailed answer would be appreciated,

using Kr effective method.

good feedback would be given for such good answer.

*** there is a part of the question which is missing, it says " derive all necessary equations "

Using the method of initial rates Example 10.2 (6th Edition) The recombination of I atoms in the gas phase in the presence of argon (which removes the energy released by the formation of an I-I bond, and so prevents the im formed 12 molecule) was investigated and the order of the reaction was determined by the method immediate dissociation of a newly initial rates. The initial rates of reaction of 2 I(g)+ Ar(g) I2(g)+ Ar(g) were as follows: vo/mol.dm-3.s-1 4.35 x10-3 1.74x10-2 6.96x10-2 1.57x10-1 Illo mol dm3 [Arlo mol dm 5.00x 103 5.00x103 5.00x103 5.00x103 1.00x10-5 2.00x10s 4.00x10 6.00x10s vo/mol.dm-3.s IIlo mol dm3 [Ar]o mol dm3 8.70x104 3.48x103 1.39x102 3.13x10-2 1.00x10 2.00x10-5 4.00x10 6.00x10 1.00x103 1.00x10 3 1.00x10 3 1.00x103 Vo/mol. drn-3 s-1 8.69x10-3 3.47x102 1.38x101 3.13x10-1 [Arlo mol dm 1.00x102 1.00x102 1.00x 102 1.00x102 I [Ilo mol dm 3 1.00x10s 2.00x10s 4.00x10- 6.00x105

Answer 1

initial じ 0 nLs a 1100 Xos 5 4.3S 1o 361S 618 1.74メ10- 6 x o-2 57×10-1 acund

looI-S 2:00x 10 0 60 3 2.4 5 8 2) 348 X 10 1 D -2.060 3.47 X10-2- ,.38 X10-1 3 1.3 X 10-1 2.00x lo-S y1D0大10 6-00 X l0 0 860 SUNDAY 10 2 2 后 rodina is 2

2 2.36 IS -3.6 6 0 si 7 1301 R2 3-2.30 O