The Derivative az/ax of sin(xy+z)-sin(zx- * :y)+sin(yz+x)=1 is -ycos(xy+z)-zcos(zx-y)-cos(yz+x) dz/dx= cos(xy+z)-ycos(zx-y)+ycos(yz+x) Option 1 O ycos(xy+z)+xcos(zx-y)-zcos(yz+x) cos(xy+z)-xcos(zx-y)+cos(yz+x) dz/dx= Option 2 O -ycos(xy+z)+zcos(zx-y)-cos(yz+x) dz/dx= cos(xy+z)-xcos(zx-y)+ycos(yz+x)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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1 9:EA
The Derivative az/əx of sin(xy+z)-sin(zx-
* :y)+sin(yz+x)=1 is
-ycos(xy+z)-zcos(zx-y)-cos(yz+x)
dz/dx=
cos(xy+z)-ycos(zx-y)+ycos(yz+x)
Option 1
ycos(xy+z)+xcos(zx-y)-zcos(yz+x)
dz/dx=:
cos(xy+z)-xcos(zx-y)+cos(yz+x)
Option 2
-ycos(xy+z)+zcos(zx-y)-cos(yz+x)
dz/dx=
cos(xy+z)-xcos(zx-y)+ycos(yz+x)
II
<>
Transcribed Image Text:1 9:EA The Derivative az/əx of sin(xy+z)-sin(zx- * :y)+sin(yz+x)=1 is -ycos(xy+z)-zcos(zx-y)-cos(yz+x) dz/dx= cos(xy+z)-ycos(zx-y)+ycos(yz+x) Option 1 ycos(xy+z)+xcos(zx-y)-zcos(yz+x) dz/dx=: cos(xy+z)-xcos(zx-y)+cos(yz+x) Option 2 -ycos(xy+z)+zcos(zx-y)-cos(yz+x) dz/dx= cos(xy+z)-xcos(zx-y)+ycos(yz+x) II <>
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