4. The function y= h(x) is differentiable and decreasing for all real numbers. On what intervals is the function y = h(3x² -4x) increasing? inc wh Devin -00. (3) (B) (© (a) (-) (-) (C) 0,

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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4.
The function y= h(x) is differentiable and decreasing for all real numbers. On what
intervals is the function y = h(3x² -4x) increasing?
(A)) -
inc wh
Dei
2
4x
3
is
(3)
y'=h'(32-4w)(6x-4)
(B)
(a3)
2
0,
(-)
(-)
(C)
6x-4=
4
(D) (0)
%3D
(E)
8.
Transcribed Image Text:4. The function y= h(x) is differentiable and decreasing for all real numbers. On what intervals is the function y = h(3x² -4x) increasing? (A)) - inc wh Dei 2 4x 3 is (3) y'=h'(32-4w)(6x-4) (B) (a3) 2 0, (-) (-) (C) 6x-4= 4 (D) (0) %3D (E) 8.
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