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Charges `Q_(1)` and `Q_(2)` lie inside and outside respectively of an uncharged conducting shell. Their separation is `r`. (i) The force on `Q_(1)` is zero (ii) The force on `Q_(1)` is `k((Q_(1) Q_(2))/(r^(2)))` (iii) The force on `Q_(2)` is `k((Q_(1) Q_(2))/(r^(2)))` (iv) The force on `Q_(2)` is zeroA. The force on `Q_(1)` is zeroB. The force on `Q_(1)` is `k(Q_(1)Q_(2))/(r^(2))`C. The force on `Q_(2)` is `k(Q_(1)Q_(2))/(r^(2))`D. The force on `Q_(2)` is zero. |
Answer» Correct Answer - A::B::C::D |
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