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left 1:2 5:40 You are Dr. Evil speeding along in your 1967 Cooper diesel mini submarine at an evil 69 knots per hour with three minions, mini-me and your formerly fuzzy kitty cat, happily contemplating the launch of your T7 Fully-Armed Reek Targeting missiles and the ONE MILLION dollars you are certain to extort from them stuffy Brits. You have the snorkel up to pull in fresh air and exhaust the toxic diesel fumes emitted from your mini diesel electric generators. The snorkels are bringing in 200 liters per minute of fresh, outdoor air into the 2.438 m³ interior cabin of the sub and exhausting diesel fumes at the same rate. Annoyingly, mini-me, trying to eat your kitty cat, accidentally knocks over a mini missile, and it begins leaking, among other gasses, 0.02 mg/min of methyl mercaptan (foul, rotten cabbage smelling gas with an odor threshold of 0.002 mg/m³) into your completely mixed interior cabin. This continues this for the next eight minutes. You want to throw up. Provided the mass balance diagram below, and assuming that methyl mercaptan is a conservative pollutant and the sub is completely mixed, calculate the concentration of methyl mercaptan in the sub eight minutes after the leak begins. Q-200 240 200 V-2.438 m/ Select one: Oa. 0.112 mg/m³ b. None of the other answers are correct c. 0.048 mg/m³ O d. Cannot be determined with the information provided e. 0.028 mg/m³

left 1:2 5:40 You are Dr. Evil speeding along in your 1967 Cooper diesel mini submarine at an evil 69 knots per hour with three minions, mini-me and your formerly fuzzy kitty cat, happily contemplating the launch of your T7 Fully-Armed Reek Targeting missiles and the ONE MILLION dollars you are certain to extort from them stuffy Brits. You have the snorkel up to pull in fresh air and exhaust the toxic diesel fumes emitted from your mini diesel electric generators. The snorkels are bringing in 200 liters per minute of fresh, outdoor air into the 2.438 m³ interior cabin of the sub and exhausting diesel fumes at the same rate. Annoyingly, mini-me, trying to eat your kitty cat, accidentally knocks over a mini missile, and it begins leaking, among other gasses, 0.02 mg/min of methyl mercaptan (foul, rotten cabbage smelling gas with an odor threshold of 0.002 mg/m³) into your completely mixed interior cabin. This continues this for the next eight minutes. You want to throw up. Provided the mass balance diagram below, and assuming that methyl mercaptan is a conservative pollutant and the sub is completely mixed, calculate the concentration of methyl mercaptan in the sub eight minutes after the leak begins. Q-200 240 200 V-2.438 m/ Select one: Oa. 0.112 mg/m³ b. None of the other answers are correct c. 0.048 mg/m³ O d. Cannot be determined with the information provided e. 0.028 mg/m³

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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Time left 1:35:46 You are Dr. Evil speeding along in your 1967 Cooper diesel mini submarine at an evil 69 knots per hour with threer mors, mini-me and your formerly fuzzy kitty cat, happily contemplating the launch of your T7 Fully-Armed Reek Targeting missiles and the ONE MILLION dollars you are certain to extort from them stuffy Brits. You have the snorkel up to pull in fresh air and exhaust the toxic diesel fumes emitted from your mini diesel electric generators. The snorkels are bringing in 200 liters per minute of fresh, outdoor air into the 2.438 m interior cabin of the sub and exhausting diesel fumes at the same rate. Annoyingly, mini-me, trying to eat your kitty cat, accidentally knocks over a mini missile, and it begins leaking, among other gasses, 0.02 mg/min of methyl mercaptan (foul, rotten cabbage smelling gas with an odor threshold of 0.002 mg/m) into your completely mixed interior cabin. This continues this for the next eight minutes. You want to throw up. Provided the mass balance diagram below, and assuming that methyl mercaptan is a conservative pollutant and the sub is completely mixed, calculate the concentration of methyl mercaptan in the sub eight minutes after the leak begins. P-200 200 V24m/ 4-00 Select one: O o. 0.112 mg/m O b. None of the other answers are correct Oc 0.048 mg/m O d. Cannot be determined with the information provided O e. 0.028 mg/m
Transcribed Image Text:Time left 1:35:46 You are Dr. Evil speeding along in your 1967 Cooper diesel mini submarine at an evil 69 knots per hour with threer mors, mini-me and your formerly fuzzy kitty cat, happily contemplating the launch of your T7 Fully-Armed Reek Targeting missiles and the ONE MILLION dollars you are certain to extort from them stuffy Brits. You have the snorkel up to pull in fresh air and exhaust the toxic diesel fumes emitted from your mini diesel electric generators. The snorkels are bringing in 200 liters per minute of fresh, outdoor air into the 2.438 m interior cabin of the sub and exhausting diesel fumes at the same rate. Annoyingly, mini-me, trying to eat your kitty cat, accidentally knocks over a mini missile, and it begins leaking, among other gasses, 0.02 mg/min of methyl mercaptan (foul, rotten cabbage smelling gas with an odor threshold of 0.002 mg/m) into your completely mixed interior cabin. This continues this for the next eight minutes. You want to throw up. Provided the mass balance diagram below, and assuming that methyl mercaptan is a conservative pollutant and the sub is completely mixed, calculate the concentration of methyl mercaptan in the sub eight minutes after the leak begins. P-200 200 V24m/ 4-00 Select one: O o. 0.112 mg/m O b. None of the other answers are correct Oc 0.048 mg/m O d. Cannot be determined with the information provided O e. 0.028 mg/m
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