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A man is conducting a first-order reversible liquid reaction in a constant - volume isothermal batch reactor: A → B

A man is conducting a first-order reversible liquid reaction in a constant - volume isothermal batch reactor: A → B

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note: do not use excel please. show all the necessary steps and solutions. correct answer only pls. thank you. may type the answer. need help.

A man is conducting a first-order reversible liquid reaction in a constant - volume isothermal batch reactor: A → B mmol L However, the man doesn't have any means to measure the concentration of B, but he can measure the concentration of A accurately as the reaction proceeds. He used an initial concentration of CAO = 3.0² After 45 minutes, he found out that the concentration of A became 1.75 mM. After some time, the concentration of A is no longer changing and is equal to 0.15 mM. If the forward reaction rate constant is k₁ = 0.0127 min-¹, what is the initial concentration of B in the reactor, and what will be its concentration at equilibrium?
Transcribed Image Text:A man is conducting a first-order reversible liquid reaction in a constant - volume isothermal batch reactor: A → B mmol L However, the man doesn't have any means to measure the concentration of B, but he can measure the concentration of A accurately as the reaction proceeds. He used an initial concentration of CAO = 3.0² After 45 minutes, he found out that the concentration of A became 1.75 mM. After some time, the concentration of A is no longer changing and is equal to 0.15 mM. If the forward reaction rate constant is k₁ = 0.0127 min-¹, what is the initial concentration of B in the reactor, and what will be its concentration at equilibrium?
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