If the electric flux entering and leaving an enclosed surface respectively is ? 1 and ? 2 , the electric charge inside the surface will be (a) (? 2 – ? 1 )e 0 (b) (? 1 – ? 2 )/e 0 (c) (? 2 – ? 1 )/e 0 (d) (? 1 – ? 2 )e 0

Question

If the electric flux entering and leaving an enclosed surface respectively is ? 1 and ? 2 , the electric charge inside the surface will be (a) (? 2­ – ? 1 )e 0 (b) (? 1­ – ? 2 )/e 0 (c) (? 2­ – ? 1 )/e 0 (d) (? 1 – ? 2 )e 0

bharat bajaj · Answer

Electric flux = q/eo ?1 - ?2 = q/eo Electric charge = (?1-?2)eo D) is the answer THanks Bharat Bajaj IIT Delhi askiitians faculty

Shivani Yadav · Answer

( Phi1-Phi2)eoPhi2-phi1= qenc/eoqenc=(phi1-phi2)eoPhi2-phi1 is equal to qenc /eoSo,qenc will be equal to phi2-phi1 eo

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If the electric flux entering and leaving an enclosed surface respectively is ? 1 and ? 2 , the electric charge inside the surface will be (a) (? 2 – ? 1 )e 0 (b) (? 1 – ? 2 )/e 0 (c) (? 2 – ? 1 )/e 0 (d) (? 1 – ? 2 )e 0

If the electric flux entering and leaving an enclosed surface respectively is ?₁ and ?₂, the electric charge inside the surface will be

(a) (?₂ – ?₁)e₀
(b) (?₁ – ?₂)/e₀
(c) (?₂ – ?₁)/e₀
(d) (?₁ – ?₂)e₀

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If the electric flux entering and leaving an enclosed surface respectively is ? 1 and ? 2 , the electric charge inside the surface will be (a) (? 2­ – ? 1 )e 0 (b) (? 1­ – ? 2 )/e 0 (c) (? 2­ – ? 1 )/e 0 (d) (? 1 – ? 2 )e 0

If the electric flux entering and leaving an enclosed surface respectively is ?1 and ?2, the electric charge inside the surface will be (a) (?2­ – ?1)e0(b) (?1­ – ?2)/e0(c) (?2­ – ?1)/e0(d) (?1 – ?2)e0

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If the electric flux entering and leaving an enclosed surface respectively is ? 1 and ? 2 , the electric charge inside the surface will be (a) (? 2 – ? 1 )e 0 (b) (? 1 – ? 2 )/e 0 (c) (? 2 – ? 1 )/e 0 (d) (? 1 – ? 2 )e 0

If the electric flux entering and leaving an enclosed surface respectively is ?₁ and ?₂, the electric charge inside the surface will be

(a) (?₂ – ?₁)e₀
(b) (?₁ – ?₂)/e₀
(c) (?₂ – ?₁)/e₀
(d) (?₁ – ?₂)e₀