Use Gauss' Divergent Theorem to calculate F. dS. where F = (sin(y?) + a)i + ey?j – 2e*+cos² (au)k and S it's the border of the cube 1 < < 2,0 < y < 1 and –1 < z < 0. consider the normal field pointing out of the cube.

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Chapter2: Second-order Linear Odes
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Use Gauss' Divergent Theorem to calculate
F. dS. where F = (sin(g?) + *)i+ sy?j – 2e*+Ycos (ay)k and S
it's the border of the cube 1 < * < 2,0 < y< 1l and -1< z <0. consider the normal field pointing out of the
cube.
Transcribed Image Text:Use Gauss' Divergent Theorem to calculate F. dS. where F = (sin(g?) + *)i+ sy?j – 2e*+Ycos (ay)k and S it's the border of the cube 1 < * < 2,0 < y< 1l and -1< z <0. consider the normal field pointing out of the cube.
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