Q21: The Laplacian of the function f(x, y, z) = A sin(ax) sin(by) sin(cz) (A)-(a² + b²+c²)ƒ(x,y,z) (C)-(a+b+c)f(x,y,z) Q22: The solution of y"+y=0 is- (A) ₁ + ₂* (B)(a² + b² + c²)f(x,y,z) (D) (a+b+c)f(x, y, z) (B) ce"* + Czxe (D) C₁+C₂e* (C) Ge*+c₂e-* Q23: The integrating factor for the differential equation 2xydx-x²dy = Ois: (A) +/ (D) y² (0) Q24: The value of the line integral [(2x+3y)dx + (3x + 4y)dy] where cis the straight-line segment (C) 4 (D) 116 y = 2x + 3 from the point (0,3) to the point (2,7) is: (A) 126 (B) 63 Q25: The solution of y"+y = 0 is- (A) Ge*+c₂e-* (C) c cosx + c sinx (B) ce+c₂xe-x (D) cicosx + C2xsinx
Q21: The Laplacian of the function f(x, y, z) = A sin(ax) sin(by) sin(cz) (A)-(a² + b²+c²)ƒ(x,y,z) (C)-(a+b+c)f(x,y,z) Q22: The solution of y"+y=0 is- (A) ₁ + ₂* (B)(a² + b² + c²)f(x,y,z) (D) (a+b+c)f(x, y, z) (B) ce"* + Czxe (D) C₁+C₂e* (C) Ge*+c₂e-* Q23: The integrating factor for the differential equation 2xydx-x²dy = Ois: (A) +/ (D) y² (0) Q24: The value of the line integral [(2x+3y)dx + (3x + 4y)dy] where cis the straight-line segment (C) 4 (D) 116 y = 2x + 3 from the point (0,3) to the point (2,7) is: (A) 126 (B) 63 Q25: The solution of y"+y = 0 is- (A) Ge*+c₂e-* (C) c cosx + c sinx (B) ce+c₂xe-x (D) cicosx + C2xsinx
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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Deferential equations, please solve questionnnnnnn 25
![Q21: The Laplacian of the function f(x, y, z) = A sin(ax) sin(by) sin(cz)
(A)-(a² + b²+c²)ƒ(x, y, z)
(C)-(a+b+c)f(x,y,z)
Q22: The solution of y"+y = 0 is- (A) ₁ + ₂*
(C) Ge*+c₂e-*
Q23: The integrating factor for the differential equation 2xydx-x²dy = Ois:
(A) -/-/
(D) y²
=
Q25: The solution of y" + y = 0 is= (A) Ge*+c₂e-*
(C) cicost + c sinx
(B)(a² + b² + c²)f(x,y,z)
(D) (a+b+c)f(x, y, z)
(B) ce~* + Czxe
(D) C₁+C₂e*
(0)
(B)
(C) 4 (D) 116
Q24: The value of the line integral [(2x + 3y)dx + (3x + 4y)dy] where cis the straight-line segment
y = 2x + 3 from the point (0,3) to the point (2,7) is: (A) 126 (B) 63
(B) ce+c₂xe-*
(D) cicosx + Czxsinx](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F880ce03c-931a-4424-b752-f288720b886c%2Fbcc16486-927f-4005-bab4-c5ec3bfee3b1%2Fq63r7vp_processed.png&w=3840&q=75)
Transcribed Image Text:Q21: The Laplacian of the function f(x, y, z) = A sin(ax) sin(by) sin(cz)
(A)-(a² + b²+c²)ƒ(x, y, z)
(C)-(a+b+c)f(x,y,z)
Q22: The solution of y"+y = 0 is- (A) ₁ + ₂*
(C) Ge*+c₂e-*
Q23: The integrating factor for the differential equation 2xydx-x²dy = Ois:
(A) -/-/
(D) y²
=
Q25: The solution of y" + y = 0 is= (A) Ge*+c₂e-*
(C) cicost + c sinx
(B)(a² + b² + c²)f(x,y,z)
(D) (a+b+c)f(x, y, z)
(B) ce~* + Czxe
(D) C₁+C₂e*
(0)
(B)
(C) 4 (D) 116
Q24: The value of the line integral [(2x + 3y)dx + (3x + 4y)dy] where cis the straight-line segment
y = 2x + 3 from the point (0,3) to the point (2,7) is: (A) 126 (B) 63
(B) ce+c₂xe-*
(D) cicosx + Czxsinx
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