The following data are given for the pressure and temperature variation in air as a function of elevation: Elevation in [m] Temperature in [°C] _pressure [atm] 28 0. 1. 1000. 25 0. 796 2000. 19 0.6314 0.4982 0.3905 3000. 12 4000. 3 5000. -1 0.3043 6000. 11 0.2356 You want to check if these measurements are correct. You are going to use a balloon and rise in the corresponding altitudes. If the balloon weighs 1000kg (all included, weight of yourself, equipment, inflated part etc) calculate the volume of inflated part of the balloon, so that the initial acceleration is 15m/s². Assume that the balloon is a sphere and neglect the deflated part of the balloon as far as volume is concerned. Can you verify all measurements with this volume of the balloon? What kind of adjustments do you need to make in order to complete your mission?
The following data are given for the pressure and temperature variation in air as a function of elevation: Elevation in [m] Temperature in [°C] _pressure [atm] 28 0. 1. 1000. 25 0. 796 2000. 19 0.6314 0.4982 0.3905 3000. 12 4000. 3 5000. -1 0.3043 6000. 11 0.2356 You want to check if these measurements are correct. You are going to use a balloon and rise in the corresponding altitudes. If the balloon weighs 1000kg (all included, weight of yourself, equipment, inflated part etc) calculate the volume of inflated part of the balloon, so that the initial acceleration is 15m/s². Assume that the balloon is a sphere and neglect the deflated part of the balloon as far as volume is concerned. Can you verify all measurements with this volume of the balloon? What kind of adjustments do you need to make in order to complete your mission?
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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Question
![The following data are given for the pressure and temperature variation in air
as a function of elevation:
Elevation in [m]
0.
Temperature in [°C] _pressure [atm]
28
1.
0. 796
1000.
2000.
25
19
0.6314
3000.
12
0.4982
4000.
3
0.3905
5000.
-1
11
0.3043
6000.
0.2356
You want to check if these measurements are correct. You are going to use a
balloon and rise in the corresponding altitudes. If the balloon weighs 1000kg
(all included, weight of yourself, equipment, inflated part etc) calculate the
volume of inflated part of the balloon, so that the initial acceleration is
15m/s?. Assume that the balloon is a sphere and neglect the deflated part of
the balloon as far as volume is concerned. Can you verify all measurements
with this volume of the balloon? What kind of adjustments do you need to
make in order to complete your mission?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9b020904-503e-46f0-a83a-8c74ba785f01%2F5faf1186-6207-496d-9f43-f98b8248aa75%2Ftq2l9cv_processed.png&w=3840&q=75)
Transcribed Image Text:The following data are given for the pressure and temperature variation in air
as a function of elevation:
Elevation in [m]
0.
Temperature in [°C] _pressure [atm]
28
1.
0. 796
1000.
2000.
25
19
0.6314
3000.
12
0.4982
4000.
3
0.3905
5000.
-1
11
0.3043
6000.
0.2356
You want to check if these measurements are correct. You are going to use a
balloon and rise in the corresponding altitudes. If the balloon weighs 1000kg
(all included, weight of yourself, equipment, inflated part etc) calculate the
volume of inflated part of the balloon, so that the initial acceleration is
15m/s?. Assume that the balloon is a sphere and neglect the deflated part of
the balloon as far as volume is concerned. Can you verify all measurements
with this volume of the balloon? What kind of adjustments do you need to
make in order to complete your mission?
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