Let y= f(u) =u and u= compute the derivative h'(1.494) at the point z 1.494. g(z) -1-. Define the composite function A fog by h(z) =/(9(2)) for all ze R. Use the chain rule to %3D O. 004 69 O 50 02 O 11 67 O 454 O 62 53

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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f(u) = u and u =
g(z) = 1-. Define the composite function h= fog by h(z) = f (g(z)) for all ze R. Use the chain rule to
Let y=
compute the derivative h' (1.494) at the point z= 1.494.
O 994 69
O 50 02
O 1167
O 454
O 62 53
Transcribed Image Text:f(u) = u and u = g(z) = 1-. Define the composite function h= fog by h(z) = f (g(z)) for all ze R. Use the chain rule to Let y= compute the derivative h' (1.494) at the point z= 1.494. O 994 69 O 50 02 O 1167 O 454 O 62 53
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