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For the reaction A --> B carried out in a batch reactor with initial concentration of pure reactant A = 1 mole/L and a constant reaction rate -rA = 0.1 mole/(L.min). The time required to achieve 0.6 conversion is a. 0.1 min b. 0.4 min c. 10 min d. 6 min

          For the reaction A --> B carried out in a batch reactor with initial concentration of pure reactant A = 1 mole/L and a constant reaction rate -rA = 0.1 mole/(L.min). The time required to achieve 0.6 conversion is
a. 0.1 min
b. 0.4 min
c. 10 min
d. 6 min
        
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For the reaction A –> B carried out in a batch reactor with initial concentration of pure reactant A = 1 mole/L and a constant reaction rate -rA = 0.1 mole/(L.min). The time required to achieve 0.6 conversion is
a. 0.1 min
b. 0.4 min
c. 10 min
d. 6 min

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Chemistry: Structure and Properties
Chemistry: Structure and Properties
Nivaldo Tro 2nd Edition
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For the reaction A --> B carried out in a batch reactor with an initial concentration of pure reactant A = 1 mole/L and a constant reaction rate -rA = 0.1 mole/(L.min), the time required to achieve 0.6 conversion is: a. 0.1 min b. 0.4 min c. 10 min d. 6 min
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Transcript

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00:01 This question we were told that minus the rate is equal to 1 .01 concentration.
00:07 So the rate constant here is equal to 0 .01 minutes to minus 1...
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