www The electric field that comes out perpendicularly from the surface of the circular crown of internal radii a=10 cm, external b=20 cm, depends on the radial distance "r", according to: wwww E=E.(r/rm)² Where Eo=500 N/C is a constant and "rm" is the mean radius of the crown. Find the electric flux (in Nom²/C²) passing through the surface of the crown. a) 50,4 b) 51,4 a 0 c) 52,4 b d) 53,4 e) 54,4
www The electric field that comes out perpendicularly from the surface of the circular crown of internal radii a=10 cm, external b=20 cm, depends on the radial distance "r", according to: wwww E=E.(r/rm)² Where Eo=500 N/C is a constant and "rm" is the mean radius of the crown. Find the electric flux (in Nom²/C²) passing through the surface of the crown. a) 50,4 b) 51,4 a 0 c) 52,4 b d) 53,4 e) 54,4
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Transcribed Image Text:The electric field that comes out perpendicularly from
the surface of the circular crown of internal radii a=10
www um
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cm, external b=20 cm, depends on the radial distance
"r", according to:
www
E=E.(r/rm)²
Where Eo=500 N/C is a constant and "rm" is
the mean radius of the crown. Find the electric
flux (in Nom²/c²) passing through the surface of
the crown.
a) 50,4
b) 51,4
a
0
E
c) 52,4
b
d) 53,4
e) 54,4
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