106.In Fig.75, find the magnitude of the electric field in P, created by the fine filament of length (=8 cm and uniform linear charge density 2-8 10-¹¹ C/m, where the distance from P to the nearest end of the filament a=2 cm. (k=9.10³ N•m²/C²) (a) 28.0 N/C b) 28.2 N/C c) 28.4 N/C 2 I d) 28.6 N/C a P e) 28.8N/C
106.In Fig.75, find the magnitude of the electric field in P, created by the fine filament of length (=8 cm and uniform linear charge density 2-8 10-¹¹ C/m, where the distance from P to the nearest end of the filament a=2 cm. (k=9.10³ N•m²/C²) (a) 28.0 N/C b) 28.2 N/C c) 28.4 N/C 2 I d) 28.6 N/C a P e) 28.8N/C
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![106.In Fig.75, find the magnitude of the electric field in P, created by the fine filament of
length (=8 cm and uniform linear charge density 2-8 10-¹¹ C/m, where the distance from P to
the nearest end of the filament a=2 cm. (k=9.10³ N•m²/C²)
(a) 28.0 N/C
b) 28.2 N/C
c) 28.4 N/C
λ
I
Fig.75
d) 28.6 N/C
a
P
e) 28.8N/C](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe11b55ad-507f-4dae-a0e5-4b495c92fba2%2F14b64e38-e21c-4f5a-b127-4a76c4b62c88%2Fpowmvqyi_processed.png&w=3840&q=75)
Transcribed Image Text:106.In Fig.75, find the magnitude of the electric field in P, created by the fine filament of
length (=8 cm and uniform linear charge density 2-8 10-¹¹ C/m, where the distance from P to
the nearest end of the filament a=2 cm. (k=9.10³ N•m²/C²)
(a) 28.0 N/C
b) 28.2 N/C
c) 28.4 N/C
λ
I
Fig.75
d) 28.6 N/C
a
P
e) 28.8N/C
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