b.) The rate law for the reaction 2 O 3( g )? 3 O 2( g ) was determined experime

Question

b.) The rate law for the reaction

2O3(g)? 3O2(g)

was determined experimentally to be

rate=k[O3]2[O2]?1

Select all the statements from the list below that are true about this reaction.

The rate law for the reaction was determined experimentally to be

Select all the statements from the list below that are true about this reaction.

-The units of the rate constant are 1/s -If you increase the pressure of O2 the rate of the reaction decreases. -The overall order of the reaction is 3 -The units of the rate constant are  1/(M2.s) -The units of the rate constant are  M2/s -The overall order of the reaction is 1 The rate law for the reaction Broa (ag) 5Br (ag) +6H+ (ag) 3Br2 (ag) 3H2O was determined experimentally to be Select all the statements from the list below that are true about this reaction The units of the rate are M4/2 a The units of the rate constant are M 4/8 The overall order of the reaction is 4 If you double the concentration of H+] the rate of the reaction doubles. a The units of the rate constant are M T /s The reaction is slower at high pH values O The units of the rate constant are 1/8 If the reaction is carried out in a buffered solution (that keeps the pH constant) then the reaction becomes pseudo-second order

Explanation / Answer

A) following statement are true:-

Overall order is 4

Units of rate constant are M-3/s-1

Reaction is slower at high pH values

In buffered system reaction is pseudo iind order.

B) correct statement are:-

Units of rate constant is 1/s

Overall order is 1

On increasing O2 concentration rate decrease

Related Questions

Navigate

• Browse (All)
• Browse B
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.