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1. The general material balance equation for reactive system is Accumulation = Input + Generation - x, what is x? (A) Consumption - Output (B) Consumption + Output (C) Output - Consumption (D) None of the mentioned 2. What is the molarity of a solution with a mass of solute 10 kg mass and 100-liter volume? (A) 0.1 molar (B) 1 molar (C) 10 molar (D) 100 molar 3. What is the accumulation in the system after 10 second if the out flow and in flow rates are 10 g/s and 15 g/s? (A) 5 g (B) 10 g (C) 50 g (D) 100 g 4. Which of the following is true about limiting reagents? (A) Consumes completely (B) Consumes partially (C) Does not react (D) None of the mentioned 5. The flow in rate of A and B are 8 mole/s and 10 mole/s respectively, which under goes reaction 4A + 5B -> 3C, what is the flow out rate of C? (A) 4 mole/s (B) 6 mole/s (C) 8 mole/s (D) 10 mole/s

1. The general material balance equation for reactive system is Accumulation = Input + Generation - x, what is x? (A) Consumption - Output (B) Consumption + Output (C) Output - Consumption (D) None of the mentioned 2. What is the molarity of a solution with a mass of solute 10 kg mass and 100-liter volume? (A) 0.1 molar (B) 1 molar (C) 10 molar (D) 100 molar 3. What is the accumulation in the system after 10 second if the out flow and in flow rates are 10 g/s and 15 g/s? (A) 5 g (B) 10 g (C) 50 g (D) 100 g 4. Which of the following is true about limiting reagents? (A) Consumes completely (B) Consumes partially (C) Does not react (D) None of the mentioned 5. The flow in rate of A and B are 8 mole/s and 10 mole/s respectively, which under goes reaction 4A + 5B -> 3C, what is the flow out rate of C? (A) 4 mole/s (B) 6 mole/s (C) 8 mole/s (D) 10 mole/s

Introduction to Chemical Engineering Thermodynamics
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. The general material balance equation for reactive system is Accumulation = Input + Generation - x, what is x? (A) Consumption - Output (B) Consumption + Output (C) Output - Consumption (D) None of the mentioned 2. What is the molarity of a solution with a mass of solute 10 kg mass and 100-liter volume? (A) 0.1 molar (B) 1 molar (C) 10 molar (D) 100 molar 3. What is the accumulation in the system after 10 second if the out flow and in flow rates are 10 g/s and 15 g/s? (A) 5 g (B) 10 g (C) 50 g (D) 100 g 4. Which of the following is true about limiting reagents? (A) Consumes completely (B) Consumes partially (C) Does not react (D) None of the mentioned 5. The flow in rate of A and B are 8 mole/s and 10 mole/s respectively, which under goes reaction 4A + 5B -> 3C, what is the flow out rate of C? (A) 4 mole/s (B) 6 mole/s (C) 8 mole/s (D) 10 mole/s
Transcribed Image Text:1. The general material balance equation for reactive system is Accumulation = Input + Generation - x, what is x? (A) Consumption - Output (B) Consumption + Output (C) Output - Consumption (D) None of the mentioned 2. What is the molarity of a solution with a mass of solute 10 kg mass and 100-liter volume? (A) 0.1 molar (B) 1 molar (C) 10 molar (D) 100 molar 3. What is the accumulation in the system after 10 second if the out flow and in flow rates are 10 g/s and 15 g/s? (A) 5 g (B) 10 g (C) 50 g (D) 100 g 4. Which of the following is true about limiting reagents? (A) Consumes completely (B) Consumes partially (C) Does not react (D) None of the mentioned 5. The flow in rate of A and B are 8 mole/s and 10 mole/s respectively, which under goes reaction 4A + 5B -> 3C, what is the flow out rate of C? (A) 4 mole/s (B) 6 mole/s (C) 8 mole/s (D) 10 mole/s
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