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Calculate the Electric Flux through a hemispherical dome of radius 5.62 cm, given that the dome is immersed in a uniform electric field with magnitude E = 230 N/C i and oriented such that the base of the dome (n) makes an angle of 20 degrees (in the x-y plane) relative to the electric field. E-Field n

Calculate the Electric Flux through a hemispherical dome of radius 5.62 cm, given that the dome is immersed in a uniform electric field with magnitude E = 230 N/C i and oriented such that the base of the dome (n) makes an angle of 20 degrees (in the x-y plane) relative to the electric field. E-Field n

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Calculate the Electric Flux through a hemispherical dome of radius 5.62 cm, given that the dome is immersed in a uniform electric field with magnitude E = 230 N/C i and oriented such that the base of the dome (n) makes an angle of 20 degrees (in the x-y plane) relative to the electric field. E-Field n
Transcribed Image Text:Calculate the Electric Flux through a hemispherical dome of radius 5.62 cm, given that the dome is immersed in a uniform electric field with magnitude E = 230 N/C i and oriented such that the base of the dome (n) makes an angle of 20 degrees (in the x-y plane) relative to the electric field. E-Field n
Expert Solution
Step 1

Given, radius r=5.62 cm=5.62 × 10-2 m

Now surface area of the hemispheical dome is

A=3πr2A=3×3.14×(5.62×10-2m)2 A=0.02975 m2

Electric field E=230 N/C

Angle θ=20°

Electric flux ϕ=?

 

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