We are going to do some super-hot yoga and have pressurized the classroom to 1.5 atm and raised the temperature to 120 deg F. (a) Calculate the mass of air in this classroom (assume 10m x 15m x 15m). (b) How many molecules of air does this represent? (c) How many molecules of carbon dioxide are in this room assuming current global average ambient concentration?
We are going to do some super-hot yoga and have pressurized the classroom to 1.5 atm and raised the temperature to 120 deg F. (a) Calculate the mass of air in this classroom (assume 10m x 15m x 15m). (b) How many molecules of air does this represent? (c) How many molecules of carbon dioxide are in this room assuming current global average ambient concentration?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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
Transcribed Image Text:We are going to do some super-hot yoga and have
pressurized the classroom to 1.5 atm and raised the
temperature to 120 deg F. (a) Calculate the mass of air in
this classroom (assume 10m x 15m x 15m). (b) How
many molecules of air does this represent? (c) How
many molecules of carbon dioxide are in this room
assuming current global average ambient concentration?
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