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Q.

For a given chemical reaction γ1 A+γ2 Bγ3C+γ4D 

Concentration of C changes from 10 mmol dm–3 to 20 mmol dm–3 in 10 seconds. Rate of appearance of D is 1.5 times the rate of disappearance of B which is twice the rate of
disappearance A. The rate of appearance of D has been experimentally determined to be 9 mmol
dm–3 s–1. Therefore the rate of reaction is ________mmol dm–3 s–1. (Nearest Integer)

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answer is 1.

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Detailed Solution

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γ1A+γ2Bγ3C+γ4D 

Given :+d[D]dt=32d[B]dt 

 12d[B]dt=+13d[D]dt d[B]dt=2d[A]dt12d[B]dt=d(A)dt 

+d[B]dt=9mmoldm3s1 

+d[C]dt=201010=1mmoldm3s1 

+d[C]dt=19×+d[D]dt 

 1A+2B13C+3D 3A+6BC+9D 

Rate of reaction =+d[C]dt=1 mmoldm3s1

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