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Q2) given D = 2y²z ax + 2a, – 4x²y²z?a, , find (i) The volume charge density at point P (1,1,1). (ii) The amount of flux leaving the closed surface bounded by 0

Q2) given D = 2y²z ax + 2a, – 4x²y²z?a, , find (i) The volume charge density at point P (1,1,1). (ii) The amount of flux leaving the closed surface bounded by 0

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Q2) given D = 2y²z ax + 2a, – 4x²y²z²a, , find (i) The volume charge density at point P (1,1,1). (ii) The amount of flux leaving the closed surface bounded by 0 <x< 1, 0 < y< 1, 0< z < 1
Transcribed Image Text:Q2) given D = 2y²z ax + 2a, – 4x²y²z²a, , find (i) The volume charge density at point P (1,1,1). (ii) The amount of flux leaving the closed surface bounded by 0 <x< 1, 0 < y< 1, 0< z < 1
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