1. For a batch constant volume reactor, what is the final concentration of oxygen as a function of X?a) CA=0.045(1-X) b) CA= 0.1343X c) CA=0.03 (1-X) d) CA=0.03X2. For a batch constant volume reactor, what is the final concentration of water as a function of X?a. CA= 0.1343X b) CA=0.045(1-X) c) CA=0.03(1-X) d) CA=0.03X3. What is the entering concentration of nitric acid?a. 0.145 mole/dm3 b. 0.326 mole/dm3 c. 0.1343 mole/dm3 d. 0.2 mole/dm34. What is the entering concentration of water?a. 0.145 mole/dm3 b. 0.326 mole/dm3 c. 0.1343 mole/dm3 d. 0.2 mole/dm35. For a flow reactor, what is the change in total number of moles per mole of ammonia fed?a) 0.25 b) 1.25 c) 1.5 c) 06. For a flow reactor, what is the change in the total number of moles per mole of ammonia reacted?a) 0.25 b) 1.25 c) 1.5 c) 0 QUESTIONS No. 14) – 33): Nitric acid is made commercially from nitric oxide. Nitricoxide is produced by the gas-phase oxidation of ammonia. 4NH3 + 502 - 4NO + 6H20.The feed consists of 15 mol% ammonia in air at 8.2 atm and 227°C. Assume thereaction is in first order in both reactants.

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Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

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1. For a batch constant volume reactor, what is the final concentration of oxygen as a function of X?

a) C_A=0.045(1-X) b) C_A= 0.1343X c) C_A=0.03 (1-X) d) C_A=0.03X

2. For a batch constant volume reactor, what is the final concentration of water as a function of X?

a. C_A= 0.1343X b) C_A=0.045(1-X) c) C_A=0.03(1-X) d) C_A=0.03X

3. What is the entering concentration of nitric acid?

a. 0.145 mole/dm³ b. 0.326 mole/dm³ c. 0.1343 mole/dm³ d. 0.2 mole/dm³

4. What is the entering concentration of water?

a. 0.145 mole/dm³ b. 0.326 mole/dm³ c. 0.1343 mole/dm³ d. 0.2 mole/dm³

5. For a flow reactor, what is the change in total number of moles per mole of ammonia fed?

a) 0.25 b) 1.25 c) 1.5 c) 0

6. For a flow reactor, what is the change in the total number of moles per mole of ammonia reacted?

a) 0.25 b) 1.25 c) 1.5 c) 0

Transcribed Image Text:QUESTIONS No. 14) – 33): Nitric acid is made commercially from nitric oxide. Nitric oxide is produced by the gas-phase oxidation of ammonia. 4NH3 + 502 - 4NO + 6H20. The feed consists of 15 mol% ammonia in air at 8.2 atm and 227°C. Assume the reaction is in first order in both reactants.

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