1.

Space time in terms of molar federate and initial concentration is _________(a) τ = CA0 V0(b) τ = (frac{CA0}{FA0} )(c) τ = CA0 V(d) τ = (frac{VCA0}{FA0} )

Answer» Correct choice is (d) τ = (frac{VCA0}{FA0} )

Easy explanation: By definition, Space time = (frac{Volume , of , the , reactor}{Volumetric , feed , rate} = frac{V}{V0} ) and FA0 = CA0 V0,

Therefore   τ = (frac{VCA0}{FA0}. )


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