Gothboy06
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29. Having a large enclosed space has advantages, but it can be more expensive to heat and cool. Assume an air conditioner uses about 4 BTUs/cubic foot each hour (a BTU is a measure of energy). How many BTUs will the air conditioner need to produce each hour to cool the structures? Hint: Multiply the enclosed space by the number of BTUs needed per cubic foot. (3 points)
1: Cylinder

2: Pyramid

3: Dome

Respuesta :

azikennamdi

The BTU required by the air conditioner/hour to cool the following structures is given as:

  • Cylinder: 4*π r² h (Where h is height, and r is the radius);
  • Pyramid: 4 (lwh/3) (Where l is the length, w - the width, and h, the height;
  • Dome: 4 * (4/3 πr³)

What is the explanation for the above?

It is to be noted that the BTU required to cool per cubic foot of space is 4BTUs.

Since we are not given the dimensions of the structures, the required constant is thus, multiplied by the volume of the structures whose equations have been given above.

Note that:

Volume translates to enclosed space; and

BTU means British Thermal Unit.

Learn more about BTUs at:
https://brainly.com/question/14252954
#SPJ1

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