The equations xcos(u) + luy? + e² + 2 = 0 and 8ye" + 4x?v – 3xcos(2) +1= 0 are solved for u and v as functions of x, y and z near the point P where (X,y,z)=(2,1,0) and (u,v)=(0,1). Find ()y.z at P. Türkçe: xcos(u) + luy² + e² + 2 = 0 ve 8ye" + 4x²v – 3xeostz)+1=Û denklemleri Pnoktaşı (x,y,z)= (1,0) ve tu,v)=(0,) Civarinda x,y ve z'nh fonksiyonu olmak üzere u ve viçinÇÖZÜmtü otsun. Pde (* hesaplayınız O -5,00 O - 1,00 O 8,00 O - 10,00 0,00

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The equations xcos(u) + luy? + e² + 2 = 0 and 8ye" + 4x?v – 3xcos(2) +1= 0 are solved for u and v as
functions of x, y and z near the point P where (X,y,z)=(2,1,0) and (u,v)=(0,1). Find ()y.z at P.
Türkçe: xcos(u) + luy² + e² + 2 = 0 ve 8ye" + 4x²v – 3xeostz)+1=Û denklemleri Pnoktaşı (x,y,z)=
(1,0) ve tu,v)=(0,) Civarinda x,y ve z'nh fonksiyonu olmak üzere u ve viçinÇÖZÜmtü otsun. Pde (*
hesaplayınız
O -5,00
O - 1,00
O 8,00
O - 10,00
0,00
Transcribed Image Text:The equations xcos(u) + luy? + e² + 2 = 0 and 8ye" + 4x?v – 3xcos(2) +1= 0 are solved for u and v as functions of x, y and z near the point P where (X,y,z)=(2,1,0) and (u,v)=(0,1). Find ()y.z at P. Türkçe: xcos(u) + luy² + e² + 2 = 0 ve 8ye" + 4x²v – 3xeostz)+1=Û denklemleri Pnoktaşı (x,y,z)= (1,0) ve tu,v)=(0,) Civarinda x,y ve z'nh fonksiyonu olmak üzere u ve viçinÇÖZÜmtü otsun. Pde (* hesaplayınız O -5,00 O - 1,00 O 8,00 O - 10,00 0,00
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