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OR SECTION 13.6 1. Let S be a nonempty, closed, convex set in R" that does not contain the origin. Show that there exists a vector a (a, ..., an) and a positive real number a such that %3D for all x (x1,..., x) in S

OR SECTION 13.6 1. Let S be a nonempty, closed, convex set in R" that does not contain the origin. Show that there exists a vector a (a, ..., an) and a positive real number a such that %3D for all x (x1,..., x) in S

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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す、 FOR SECTION 13.6 1. Let S be a nonempty, closed, convex set in R" that does not contain the origin. Show that there exists a vector a = (a1, ... , an) and a positive real number a such that 20 20 < 'x!p for all x (x1, ..., Xn) in S ily BAN end home delete prt sc 144 unu lock S.. Or backspace 6 0O 8. 8. home enter 4. asned ↑ shift pua 3re
Transcribed Image Text:す、 FOR SECTION 13.6 1. Let S be a nonempty, closed, convex set in R" that does not contain the origin. Show that there exists a vector a = (a1, ... , an) and a positive real number a such that 20 20 < 'x!p for all x (x1, ..., Xn) in S ily BAN end home delete prt sc 144 unu lock S.. Or backspace 6 0O 8. 8. home enter 4. asned ↑ shift pua 3re
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