Rate constants in the following reaction are Reaction 1: {A} \stackrel{\text{ catalyst }{\to} 1} {P}_1, {k}_1=1 {s}^{-1} Reaction 2: {A} \stackrel{\text{ catalyst }{\rightarrow} 2} {P}_2, {k}_2=0.1 {L} {mol}^{-1} {s}^{-1} Reaction 3: {A} \stackrel{\text{ catalyst }{\rightarrow} 3} {P}_3, {k}_3=0.01 {L}^2 {mol}^{-2} {s}^{-1} The correct relations between the rate of the reactions at 1 {M} of {A} are

Correct Answer is : r1=10r2,r3=r210

{r}_1=\frac{ {r}_3}{100}, {r}_2=\frac{ {r}_3}{10}

{r}_1=\frac{ {r}_2}{10}, {r}_2=\frac{ {r}_3}{10}

{r}_1=100 {r}_3, {r}_2=\frac{ {r}_3}{10}

{r}_1=10 {r}_2, {r}_3=\frac{ {r}_2}{10}

TS EAMCET 20-July-2022 Shift 1 Solved Paper

Section: Chemistry

Question : 145 of 160

Marks: +1, -0

Rate constants in the following reaction are
Reaction 1: A

‌ catalyst ‌1

→

P1,k1=1s−1
Reaction 2: A

‌ catalyst ‌2

⟶

P2,k2=0.1Lmol−1s−1
Reaction 3: A

‌ catalyst ‌3

⟶

P3,k3=0.01L2mol−2s−1
The correct relations between the rate of the reactions at 1M of A are

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