Questions No.3 and No.4 refer to the following: Let f(z) = 5-2z. If g(z) is a function with derivative given by g'(x) = f'(x) · ƒ(z) - (z + 3). (3) On what interval(s) is g(r) increasing? (A) (-∞, -3) U[, ∞) (B)[−3, §] (C), ∞) (4) On the interval (-oo, oo), the function g(z) has (A) one local maximum, no local minimum (C) one local maxima, one local minimum (D) cannot be determined (B) no local maximum, one local minim (D) no local maximum, no local minima

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Questions No.3 and No.4 refer to the following: Let f(z) = 5-2z. If g(z) is a function
with derivative given by g'(x) = f'(1) · ƒ(1) · (z + 3).
(3) On what interval(s) is g(x) increasing?
(A) (-∞, -3]U[,00)
(B) [-3, (C), ∞)
(4) On the interval (-oo, oo), the function g(z) has
(A) one local maximum, no local minimum
(C) one local maxima, one local minimum
(D) cannot be determined
(B) no local maximum, one local minima
(D) no local maximum, no local minima
Transcribed Image Text:Questions No.3 and No.4 refer to the following: Let f(z) = 5-2z. If g(z) is a function with derivative given by g'(x) = f'(1) · ƒ(1) · (z + 3). (3) On what interval(s) is g(x) increasing? (A) (-∞, -3]U[,00) (B) [-3, (C), ∞) (4) On the interval (-oo, oo), the function g(z) has (A) one local maximum, no local minimum (C) one local maxima, one local minimum (D) cannot be determined (B) no local maximum, one local minima (D) no local maximum, no local minima
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