Consider the zero-order reaction A 2B which was carried out isothermally in a constant-volume batch reactor...

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Consider the zero-order reaction A→ 2B which was carried out isothermally in a constant-volume batch reactor of volume 2 dm. The starting number of moles of A was 1 mol and the pressure within the reactor was initially 2 bar. The rate constant for the reaction is 10 mol/dm/min. a) Calculate the time required to increase the reactor pressure to 3 bar. b) What is the maximum pressure that will be attained within the reactor? Consider the zero-order reaction A→ 2B which was carried out isothermally in a constant-volume batch reactor of volume 2 dm. The starting number of moles of A was 1 mol and the pressure within the reactor was initially 2 bar. The rate constant for the reaction is 10 mol/dm/min. a) Calculate the time required to increase the reactor pressure to 3 bar. b) What is the maximum pressure that will be attained within the reactor?