Solve the following two problems: - (a) Two dipoles have dipole moments P, = -3K + 2y+ 2 nC.m, and P2 = -8 - î + î nC.m are located in free space. if the position of these two dipoles are at the points (0,0,1) and (2,3,5) m respectively, then find the potential due to dipoles at point (1,0,1). (b) Three point charges (-2 nC, 4 nC and -1 nC) are located at the points (1,1,1), (-1,0,1), and (-1,-1,-1) m respectively in dielectric with relative permittivity &, = 3, find the following at point (2, 2, 1) m: - I. Electric field.
Solve the following two problems: - (a) Two dipoles have dipole moments P, = -3K + 2y+ 2 nC.m, and P2 = -8 - î + î nC.m are located in free space. if the position of these two dipoles are at the points (0,0,1) and (2,3,5) m respectively, then find the potential due to dipoles at point (1,0,1). (b) Three point charges (-2 nC, 4 nC and -1 nC) are located at the points (1,1,1), (-1,0,1), and (-1,-1,-1) m respectively in dielectric with relative permittivity &, = 3, find the following at point (2, 2, 1) m: - I. Electric field.
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Transcribed Image Text:Solve the following two problems: -
(a) Two dipoles have dipole moments P, = -3£ + 2 +2 nC.m, and P2
-x - ŷ + 2 nC.m are located in free space. if the position of these two
dipoles are at the points (0,0,1) and (2,3,5) m respectively, then find the
potential due to dipoles at point (1,0,1).
(b) Three point charges (-2 nC, 4 nC and -1 nC) are located at the points (1,1,1),
(-1,0,1), and (-1,-1,-1) m respectively in dielectric with relative permittivity
E, = 3, find the following at point (2, 2, 1) m: -
I. Electric field.
I.
Electric potential.
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