Design a high altitude balloon that can reach an altitude of 125 000 feet (38,100 meters)...
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Design a high altitude balloon that can reach an altitude of 125 000 feet (38,100 meters) and can carry a payload of 10 kg, about 22 Pounds. Neglect the empty weight of the balloon. Choose helium or hydrogen. Assume the followings: Density of helium is 0.166 kg/m 3 Density of hydrogen is 0.08375 kg/m³ Gravitational acceleration on the ground level =9.81 m/s2 this decrease with altitude Questions to answer: 1. How much gas [mass in kg] would you need? 2. What is the estimated buoyancy force in [N]? 3. What is the required volume of the balloon? 4. Will the balloon be able to reach the high altitude of 125 000 feet (38,100 meters), Please explain your reasoning: Design a high altitude balloon that can reach an altitude of 125 000 feet (38,100 meters) and can carry a payload of 10 kg, about 22 Pounds. Neglect the empty weight of the balloon. Choose helium or hydrogen. Assume the followings: Density of helium is 0.166 kg/m 3 Density of hydrogen is 0.08375 kg/m³ Gravitational acceleration on the ground level =9.81 m/s2 this decrease with altitude Questions to answer: 1. How much gas [mass in kg] would you need? 2. What is the estimated buoyancy force in [N]? 3. What is the required volume of the balloon? 4. Will the balloon be able to reach the high altitude of 125 000 feet (38,100 meters), Please explain your reasoning:
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Answer To design a high altitude balloon that can reach an altitude of 125000 feet 38100 meters and carry a payload of 10 kg we need to calculate the necessary gas mass the estimated buoyancy force an... View the full answer
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Fundamentals of Ethics for Scientists and Engineers
ISBN: 978-0195134889
1st Edition
Authors: Edmund G. Seebauer, Robert L. Barry
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