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Evaluations for input

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Input	Output
What would be the ideal complexity of the curve which can beused for separating the two classes shown in the image below?<image 1> (A) Linear (B) Quadratic (C) Cubic (D) insufficient data to draw conclusion Answer with the option's letter from the given choices directly. No punctuation.	Google: Gemini Pro Vision 1.0 mmmu / Computer_SciencePublic A Expected Answer: A Difficulty: Easy Subfield: Artificial Intelligence Explanation: For the 2D data points shown in the figure, the distribution of the data suggests that the ideal complexity of the curve used for separating the two classes is quadratic. A linear boundary would result in a large number of miss-classifications, whereas a third degree curve would not do any better than the quadratic.

Input

Output

What would be the ideal complexity of the curve which can beused for separating the two classes shown in the image below?<image 1>

(A) Linear

(B) Quadratic

(D) insufficient data to draw conclusion

Answer with the option's letter from the given choices directly. No punctuation.

Google: Gemini Pro Vision 1.0

mmmu / Computer_SciencePublic

Expected Answer: A

Difficulty: Easy

Subfield: Artificial Intelligence

Explanation: For the 2D data points shown in the figure, the distribution of the data suggests that the ideal complexity of the curve used for separating the two classes is quadratic. A linear boundary would result in a large number of miss-classifications, whereas a third degree curve would not do any better than the quadratic.

Input

Input ID: 62890db3-4916-400a-b9e5-814d56af6462
Created: February 13, 2024
Permission: Public