I am wondering why A is a good answer?
Is it addressing "increasingly look to nature..." so we need to concede there's still space to make progress?
Thx
zainrizvi Wrote:Basically the prediction is that computer scientists in the future will look to nature more for solutions to technical problems.
(A) shows that right now they aren't really looking at nature yet; they had a very limited awareness. This strengthens the prediction because it excludes the possibility that they were already looking at nature for solutions. Hence it shows that they can increasingly look at nature now (i.e avoids what if they were already looking at nature a lot)
(B) is out of scope - the prediction is not about using computers to predict weather (though that was mentioned earlier).
(C) is out of scope. The nature of the success of predictions of natural phenomenon is irrelevant. The prediction is will people look increasingly looking at nature for solutions.
(D) is also irrelevant to the prediction. This could be construed as somewhat of a strengthener if one were to assume that these principles have widespread applicability - thus, that might add an advantage to why people will want to use it more. But this is really weak because of the use of "some", plus it doesn't seem very direct.
(E) is out of scope. Are "mathematical principles" related to nature at all?
Hopefully someone can confirm the reasoning above?
keonheecho Wrote:I'm confused... for (A), why would it matter whether they were looking at natural processes a little or a lot? Emeagwali's prediction is that "computer scientists will INCREASINGLY look to nature...." so does it really matter how much they are looking to nature now?
This type of reasoning seems to go against what we would encounter on strengthen logical reasoning questions...I feel like if this were a conclusion on a logical reasoning question, this would be an incorrect answer. Please help! thank you!