Given a non-empty set , for every let satisfy for every . Then the function is
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Given a non-empty set , for every let satisfy for every . Then the function is
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Given a non-empty set C⊆ℝⁿ, for every p∈ℝⁿ₊ let c(p)∈ C satisfy p· c(p)≤ p· c for every c∈ C. Then the function e(p)=p· c(p) is (A) homogeneous of degree 0 (B) homogeneous of degree 1 (C) homogeneous of degree ∞ (D) non-homogeneous
Also written as: Given a non-empty set C subseteq R^n, for every p in R^n_+ let c(p) in C satisfy p* c(p)<= p* c for every c in C. Then the function e(p)=p* c(p) is
Multivariable calculus has come up 32 times in 7 exams since 2007.
This question is on Homogeneous functions and Euler's theorem, part of Multivariable calculus in Mathematics.
Functions that scale in a fixed way when all inputs scale, and the identity this gives.
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Question from the DSE 2020 paper. Solutions are TestStop's own. Not affiliated with or endorsed by any examination authority.