2- S x. Sin (5X) dx : Cos (SX) Cos (SX) Cos (SX) XSin (SX) XSin (SX) 25 25 25 P+9 P+9 P-9 3- L{e. Cos(9X)) Is equal to: (P-9) 2481 (P+9) 2+81 (P-9) 2+81 40320 40320 40320 4-L {X*. e" is equal to: (P+3) ), ( linear, exact, separable, Bernoulli ) (p+3) 9 (p-3) 5- The equation (y-y =e2X ) is :
2- S x. Sin (5X) dx : Cos (SX) Cos (SX) Cos (SX) XSin (SX) XSin (SX) 25 25 25 P+9 P+9 P-9 3- L{e. Cos(9X)) Is equal to: (P-9) 2481 (P+9) 2+81 (P-9) 2+81 40320 40320 40320 4-L {X*. e" is equal to: (P+3) ), ( linear, exact, separable, Bernoulli ) (p+3) 9 (p-3) 5- The equation (y-y =e2X ) is :
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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