Which constraint is driving the interest in extracting useful chemicals from pomace?
-There is a limited amount of energy available for extracting resources.
-The chemicals derived from pomace are in short supply.
-Pomace is a pollutant that is expensive to clean up and extracting resources reduces pollution and costs.
-Pomace is available in greater quantities than needed for traditional uses and would be wasted.✅?
1) From which source is Pomace derived?
[ Unused waste from food processing ]
2) Which use of pomace has become more available through new technologies?
[ Food Flavorings ]
3) Criteria and constraints help in deciding which methods... ...which option is an example of an important constraint on the process?
[ Organize Solvents are expensive, which limits their use for extracting chemicals ]
4) Which Constraint is driving the interest in extracting useful chemicals from pomace?
[ Pomace is available in greater quantities than needed for traditional uses and would be wasted ]
5) How is pomace related to the apple and yogurt industries?
[ Pomace is a waste material from apple juice production that can be added to yogurt to boost nutritional value ]
Answers for the Evaluating Design Quick check, your question was number four.
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The correct answer is: "Pomace is available in greater quantities than needed for traditional uses and would be wasted."
If you want to figure out the constraint driving the interest in extracting useful chemicals from pomace, you can look for clues in the given options.
Option A mentions limited energy, but it is not directly connected to the interest in extracting chemicals from pomace. It is not a relevant constraint in this context.
Option B states that the chemicals derived from pomace are in short supply. However, this constraint would not drive the interest in extraction; it would actually discourage it.
Option C suggests that pomace is a pollutant and extracting resources from it reduces pollution and costs. While this may be a consideration, it is not the primary constraint driving the interest in extraction.
Option D, on the other hand, states that pomace is available in greater quantities than needed for traditional uses and would be wasted. This constraint aligns with the interest in extracting useful chemicals from pomace. Given its abundance and the opportunity to repurpose it instead of wasting it, there is a strong incentive to extract valuable chemicals.
Therefore, option D is the correct answer to the question.