The correct combination is (symbols have their usual meanings)

Options

A. `Q_(1)= Q_(2)= Q_(3) and V_(1)= V_(2) = V_(3)= V`
B. `Q_(1)= Q_(2) + Q_(3) and V= V_(1) + V_(2) + V_(3)`
C. `Q_(1) =Q_(2) + Q_(3) and V= V_(1) +V_(2)`
D. `Q_(2)=Q_(3) and V_(2)=V_(3)`

Answer

C

Explanation

Charge `Q_(1)` will get divided on `C_(2) & C_(3) V_(1) + V_(2) or V_(1) + V_(3)=V` because `V_(2)=V_(3)` since capacitors are in parallel