a/2 It is generally known fact that heat loss occurs from the building/facility through walls and roofs and not through the ground. We have to design a heated hangar-shaped warehouse for IT components with an arched roof with the actual volume of two and a half thousand cubic meters. Taking into account the great importance of upcoming Global Green Turn, we have to design such a hangar which exterior surface - the sum of the surfaces of the two end walls and the surface of arched roof - would be the smallest possible. a Task: How many meters would be the length, width and height of such a hangar that would satisfy the above condition? 3:54:01
a/2 It is generally known fact that heat loss occurs from the building/facility through walls and roofs and not through the ground. We have to design a heated hangar-shaped warehouse for IT components with an arched roof with the actual volume of two and a half thousand cubic meters. Taking into account the great importance of upcoming Global Green Turn, we have to design such a hangar which exterior surface - the sum of the surfaces of the two end walls and the surface of arched roof - would be the smallest possible. a Task: How many meters would be the length, width and height of such a hangar that would satisfy the above condition? 3:54:01
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
Related questions
Question
![a/2
It is generally known fact that heat loss occurs from the building/facility through walls and roofs and not
through the ground. We have to design a heated hangar-shaped warehouse for IT components with an
arched roof with the actual volume of two and a half thousand cubic meters. Taking into account the
great importance of upcoming Global Green Turn, we have to design such a hangar which exterior
surface - the sum of the surfaces of the two end walls and the surface of arched roof - would be the
smallest possible.
a
Task:
How many meters would be the length, width and height of such a hangar that would satisfy the above
condition?
3:54:01](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2889a789-6264-4928-9ca2-9b6509924020%2F958d4a90-67ac-49d3-a896-ad86227fc878%2Fiub29bv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:a/2
It is generally known fact that heat loss occurs from the building/facility through walls and roofs and not
through the ground. We have to design a heated hangar-shaped warehouse for IT components with an
arched roof with the actual volume of two and a half thousand cubic meters. Taking into account the
great importance of upcoming Global Green Turn, we have to design such a hangar which exterior
surface - the sum of the surfaces of the two end walls and the surface of arched roof - would be the
smallest possible.
a
Task:
How many meters would be the length, width and height of such a hangar that would satisfy the above
condition?
3:54:01
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