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![2. a) The electric field E at a point P (p, 6, z) due to a linear charge distribution carrying a charge
density pi in free space is given as
PL
E =
[-(sin 0, – sin 0,) p + (cos 0, – cos 0;) z ].
Απεορ.
Using this equation, obtain the expression for E at a distance p away from the bisector of
finitely long (length 4/) linear charge distribution.
b) Calculate the magnitude of E if pi = 10 C m', p 15 cm and /= 10 cm.
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Transcribed Image Text:2. a) The electric field E at a point P (p, 6, z) due to a linear charge distribution carrying a charge
density pi in free space is given as
PL
E =
[-(sin 0, – sin 0,) p + (cos 0, – cos 0;) z ].
Απεορ.
Using this equation, obtain the expression for E at a distance p away from the bisector of
finitely long (length 4/) linear charge distribution.
b) Calculate the magnitude of E if pi = 10 C m', p 15 cm and /= 10 cm.
%3D
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