Consider two imaginary closed spherical surfaces S₁ and S₂. S₁ encloses a positive charge +Q, off- center as shown, and there are no other charges nearby. S₂ also encloses a positive charge +Q, off- center, and there is a negative charge -Q, just outside the surface. Which surface has the greater magnitude electric flux? 09 Both surfaces have the same magnitude electric flux, which is non- zero. S₂ S₁
Consider two imaginary closed spherical surfaces S₁ and S₂. S₁ encloses a positive charge +Q, off- center as shown, and there are no other charges nearby. S₂ also encloses a positive charge +Q, off- center, and there is a negative charge -Q, just outside the surface. Which surface has the greater magnitude electric flux? 09 Both surfaces have the same magnitude electric flux, which is non- zero. S₂ S₁
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Transcribed Image Text:Consider two imaginary closed
spherical surfaces S₁ and S₂. S₁
encloses a positive charge +Q, off-
center as shown, and there are no
other charges nearby. S₂ also
encloses a positive charge +Q, off-
center, and there is a negative charge
-Q, just outside the surface. Which
surface has the greater magnitude
electric flux?
89
Both surfaces have the same
magnitude electric flux, which is non-
zero.
S₂
S₁
Both surfaces have zero total flux
Useful Information:
2
(qe = -1.6 x 10-1⁹ C, k = 9 x 10° N-m²/C
€0 = 8.85 x10-12 c².N/m², me = 9.1 x 10
31 Kg, mp=1.6 x 10-27 Kg)
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