Suppose that f has continuous second derivatives, and with critical points at (4, 3), (-4, 3), (-2, -3), (4, -1). Use the information given below to apply the second derivative to each of the points given. 1. f(-2,-3) 2. fax (4, -1) = 4, fyy(4, -1) = 1, fay(4, -1) = 2 3. fax (-4,3) = 16, fyy(-4,3)=9, fay(-4,3)=9 4. fax (4,3)= -16, fyy(4,3)= -9, fay(4,3)=9 ? ? ? ? = 16, fyy(-2,-3) = 9, fay(-2,-3) = 15

Calculus: Early Transcendentals
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Chapter1: Functions And Models
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Suppose that f has continuous second derivatives, and with critical points at (4, 3), (−4, 3), (−2, −3), (4, −1). Use the information given
below to apply the second derivative to each of the points given.
?
?
?
?
♦ 1. fxx(−2, −3) = 16, fyy(−2, -3) = 9, fxy(−2, −3) = 15
2. fxx (4, -1) = 4, fyy(4, −1) = 1, fxy(4, −1) = 2
3. fxx(-4, 3) = 16,
fyy(-4, 3) = 9, fay(-4, 3) = 9
4. fxx (4, 3) = −16,
fyy(4, 3) = −9, fxy(4,3) = 9
Transcribed Image Text:Suppose that f has continuous second derivatives, and with critical points at (4, 3), (−4, 3), (−2, −3), (4, −1). Use the information given below to apply the second derivative to each of the points given. ? ? ? ? ♦ 1. fxx(−2, −3) = 16, fyy(−2, -3) = 9, fxy(−2, −3) = 15 2. fxx (4, -1) = 4, fyy(4, −1) = 1, fxy(4, −1) = 2 3. fxx(-4, 3) = 16, fyy(-4, 3) = 9, fay(-4, 3) = 9 4. fxx (4, 3) = −16, fyy(4, 3) = −9, fxy(4,3) = 9
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