In Fig.133 on three sheets of paper, parallel and large, there is electrical charge uniformly distributed. The uniform surface charge densities are: 01=2 µC/m2, o2=2µC/m2 and 03=-2 µC/m2, respectively. The distance between one leaf and the next is d=1cm. In which region is the electric field strongest, and what is its magnitude? (k=9.10°N•m2/C2)
In Fig.133 on three sheets of paper, parallel and large, there is electrical charge uniformly distributed. The uniform surface charge densities are: 01=2 µC/m2, o2=2µC/m2 and 03=-2 µC/m2, respectively. The distance between one leaf and the next is d=1cm. In which region is the electric field strongest, and what is its magnitude? (k=9.10°N•m2/C2)
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![In Fig 133 on three sheets of paper, parallel
and large, there is electrical charge uniformly
distributed. The uniform surface charge
densities are: o1=2 µC/m2, o2=2μC/m2 and
o3=-2 µC/m2, respectively. The distance
between one leaf and the next is d=1cm. In
which region is the electric field strongest, and
what is its magnitude? (k=9.10°N•m2/C2)
A
B
C
D
Fig.133
a) A; 113 kN/C b) B; 339 kN/C c) C; 226 kN/C d) D; 339 kN/C e) D:226 kN/C](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4b4d48fa-46ea-44c5-88e2-3c2d922f7aa0%2F8ae0c5f1-fe84-4688-b825-98803c32a8e5%2Fpx59jnal_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In Fig 133 on three sheets of paper, parallel
and large, there is electrical charge uniformly
distributed. The uniform surface charge
densities are: o1=2 µC/m2, o2=2μC/m2 and
o3=-2 µC/m2, respectively. The distance
between one leaf and the next is d=1cm. In
which region is the electric field strongest, and
what is its magnitude? (k=9.10°N•m2/C2)
A
B
C
D
Fig.133
a) A; 113 kN/C b) B; 339 kN/C c) C; 226 kN/C d) D; 339 kN/C e) D:226 kN/C
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