Answer :
Final answer:
The design constraint in this case would be the volume capacity of the bottle. This sets a lower limit on how small the bottle can be because it has to hold at least 16 ounces. Other factors such as the material, shape, or color may also be considered constraints depending upon specific design requirements.
Explanation:
In engineering design, constraints are limitations that a design must work within. From the options provided, the volume capacity of the bottle can be seen as a constraint on the design. This is because the requirement that the bottle should hold at least 16 ounces (approximately 0.47 liters) sets a limit on how small your water bottle can be. The design must incorporate this limitation in order to meet the specification. Note that other factors like the material used for the bottle, shape of the bottle or color of the water bottle might be considered as constraints depending on the specific requirements of the design.
To give you an idea of the size that would meet this constraint, a typical water bottle contains 1 liter, which is more than twice the required capacity. Thus, your bottle could be smaller than a typical water bottle while still meeting the minimum capacity requirement.
Thus,the correct answer is option C.
Learn more about Design Constraints here:
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