The divergence of the vector function G(x, y, z) is given by div. G D.G C where, V = 2n + 3y on + ka dz The Rotational of the function C(M,y, 2) is defined by Curl G = VXG where = 23+3% +k²/ J. on In the given question G(x, y, z)=(5 Castely z2²)i +(3e" sim(y) z³)j- (ryz¹) k (a) divergence of the function ! div. G = (12 +13 +K 2₂). [(5 cos(x) y ₂²) ² + (3 en sin(y) z ³ ) ³ - (my z"¹) k] div.G₁ = 2 5 Cas(x) y ₂² +2(3 e^ Sin (y)z ³) - 2₂ (my z²¹) бу P 2:1·i = 3.j = k·k=) ( S 23-3K = k·i = 0 div. G = 5 sinen) yz² + 3 em casy) z³ + xy at the point (1.1.1) div. G = -5.Sin(1). 1. (11² + 3. C. Cos(1) (13²³ + 1*1 div. G -5 Sim1 + 3 e cas 1 + 1
The divergence of the vector function G(x, y, z) is given by div. G D.G C where, V = 2n + 3y on + ka dz The Rotational of the function C(M,y, 2) is defined by Curl G = VXG where = 23+3% +k²/ J. on In the given question G(x, y, z)=(5 Castely z2²)i +(3e" sim(y) z³)j- (ryz¹) k (a) divergence of the function ! div. G = (12 +13 +K 2₂). [(5 cos(x) y ₂²) ² + (3 en sin(y) z ³ ) ³ - (my z"¹) k] div.G₁ = 2 5 Cas(x) y ₂² +2(3 e^ Sin (y)z ³) - 2₂ (my z²¹) бу P 2:1·i = 3.j = k·k=) ( S 23-3K = k·i = 0 div. G = 5 sinen) yz² + 3 em casy) z³ + xy at the point (1.1.1) div. G = -5.Sin(1). 1. (11² + 3. C. Cos(1) (13²³ + 1*1 div. G -5 Sim1 + 3 e cas 1 + 1
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.3: Vectors
Problem 60E
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