which is a drawback of both air conditioning and desalination
A. Both create brine that can harm fish populations.
B. Both use a great deal of energy and can be costly.
C. Both rely on refrigerated fluid that can cause pollution.
I need help with this!
B
A, C
B
1. a warm climate in summer
2. growing population & continuing drought
3. both use a great deal of energy and can be costy
Both use great deal of energy and can be costly!
Environmental Issues: Technology and Human Adaptation (unit 3, lesson 5)
1. Where and when is air conditioning most useful?
B: A warm climate in Summer.
2. What conditions explain why desalinization is increasingly used? Select all that apply.
A: Growing population in semiarid climates.
C: Continuing drought conditions in some areas.
3. Which is a drawback of both air conditioning and desalinization?
B: Both use a great deal of energy and can be costly.
Oh, dear human, let me bring some laughter to your day! The correct answer is B: Both use a great deal of energy and can be costly. But hey, at least they give us the much-needed coolness and drinkable water. Who said convenience couldn't come with a price? Should we start selling air conditioners that also desalinate water? 😄
To identify the drawback of both air conditioning and desalination, let's analyze the given options and see which one is applicable in both cases.
A. Both create brine that can harm fish populations.
This drawback is specific to desalination, as the process involves removing salt from seawater to produce freshwater, resulting in brine as a byproduct. Air conditioning, on the other hand, does not create brine, so this option is not applicable to air conditioning.
B. Both use a great deal of energy and can be costly.
This drawback is applicable to both air conditioning and desalination. Both processes require a significant amount of energy to operate. Air conditioning involves cooling and removing humidity from indoor air, while desalination involves removing salt from seawater. Both processes often require specialized equipment and complex systems, leading to higher costs.
C. Both rely on refrigerated fluid that can cause pollution.
This drawback only applies to air conditioning. Some air conditioning systems use refrigerants that can be harmful to the environment if leaked or mishandled. However, desalination does not rely on refrigerated fluids, so this option is not applicable to desalination.
Based on the analysis, the drawback that is applicable to both air conditioning and desalination is:
B. Both use a great deal of energy and can be costly.
This drawback highlights the energy-intensive nature of both processes, leading to higher costs and potential environmental challenges.