Rate of Reaction
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12(d[C]dt)=−13(d[D]dt)=14(d[A]dt)=−(d[B]dt)
The reaction is
- 4A+2B→2C+3D
- B+(1/2)D→4A+3C
- 4A+B→2C+3D
- B+3D→4A+2C
BrO−3(aq)+5Br−1(aq)+6H+→3Br2(l)+2H2O(l)
- d[Br2]dt=−d[Br−]dt
- d[Br2]dt=35d[Br−]dt
- d[Br2]dt=−35d[Br−]dt
- d[Br2]dt=−53d[Br−]dt
For the non - stoichiometric reaction, 2A+B → C + D, the following kinetic data were obtained in three separate experiments, all at 298 K.
InitialInitialInitial rate of concentrationconcentrationformation of C [A][B](mol L−1s−1)(i)0.1 M0.1 M1.2×10−3(ii)0.1 M0.2 M1.2×1−3(iii)0.2 M0.1 M2.4×10−3 The rate law for the formation of C is
dCdt=k[A]2[B]
dCdt=k[A][B]
dCdt=k[A][B]2
dCdt=k[A]
When the dragons of Danaerys the Dragon queen burn their victims, the following reaction takes place.
![](https://search-static.byjusweb.com/question-images/byjus/infinitestudent-images/ckeditor_assets/pictures/14504/content_56.png)
If the dragon burned 1000 moles of O2 in 10 seconds, what would be the rate of production of CO2?
- 2000 mol sec-1
- 100 mol sec-1
- 200 mol sec-1
- 1000 mol sec-1
Select the rate law that conforms to the following data for the reaction : A+B→Products
Exp No.[A](mol L−1)[B](mol L−1)Initial rate(mol L−1S−1)10.00120.00351×10−420.0240.0708×10−330.0240.0351×10−340.0120.0708×10−3
−d[A]dt=k[A][B]2
−d[A]dt=k[A]2[B]
−d[A]dt=k[A][B]3
−d[A]dt=k[B]3
- 4
- 3
- 2
- 1
Let us dive into the land of Westeros!
When the dragons ofDanaerysthe dragon queen burn their victims, the following reaction takes place:
2C+O2⟶2CO2
The average rate of reaction could be expressed as?
All of the above
Select the rate law that conforms to the following data for the reaction : A+B→Products
Exp No.[A](mol L−1)[B](mol L−1)Initial rate(mol L−1S−1)10.00120.00351×10−420.0240.0708×10−330.0240.0351×10−340.0120.0708×10−3
−d[A]dt=k[A][B]3
−d[A]dt=k[A]2[B]
−d[A]dt=k[A][B]2
−d[A]dt=k[B]3