Question

I need help as soon as possible please

1. Phosgene forms from carbon monoxide and chlorine according to the following reaction: CO(g) + Cl2 (g) → COCI2 (8) 2M/s Experiment Rate, Mol/L-S [CO], mol/L [Cl2], mol/L 1.30 X 10-29 1.33 X 10-30 1.30 X 10-29 | 1.32 X 10-31 1.000 0.100 0.100 0.100 0.100 0.100 1.00 0.0100 A. Determine the order of the reaction with respect to CO and Cl2. B. Write the rate law for the reaction. C. What is the rate constant for the reaction at the temperature in the laboratory when the data were collected? D. What is the instantaneous rate of the reaction when the concentration of CO is 0.440 M and the concentration of Cl2 is 0.0155 M at the temperature where the data set was collected?

Answer 1

Guren reaction cog+ Claeg) Coche let nate law of reaction be ne K [co] [C] Here er and rate of reaction. K nate constant a – Order with respect to co to order with respect to cha From for the given data 1 - 1.30x10 k @ 19x (0) 2.- 1-33*10* K Coax roub → 130 x 1029= K (0.0a xube 42 1.32 x 10'5K(o va x (0.01) b 1.33x10 52x1051 601) (0.01) b -) 10. lol - b -1 0 180 x 1029 185 x 1030 109 - 10 a=1 & 1159 Cob Xcousa Congo -

a=1 e b=1 in 29 = Oil 1.30X10 kx 1 x - K= 13x1029 13410 & K = 1.3810* the reaction is of 6) rate - law + 28 n= 1.3410 x [co] [cly]
a

The order of the reaction with respect to CO is a=1

The order of the reaction with respect to Cl₂ is b=1

Total order of the reaction is 2

c

rate constant of the reaction is k= 1.3*(10^-28)

d

given

[CO]=0.44M

[Cl₂]=0.0155

rate of reaction at this concentrations is r=8.866*(10^-30)