In the figure initial status of capacitor and their connection is shown. Which of the following is incorrect about this circuit?

Question

In the figure initial status of capacitor and their connection is shown. Which of the following is incorrect about this circuit? (A) Final charge on each capacitor will be zero (B) Final total electrical energy of the capacitors will be zero (C) Total charge flown from A to D is 30 μ C (D) Total charge flown from A to D is - 30 μ C

Tardigrade Admin · Accepted Answer

V = (Q1 + Q2/C1 + C2) = 0 <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/c337ee782a7cf41581b25d960af0a4f3-.png" /> Final potential difference = zero Final charge = Zero Charge flow 30 μ C from A to D

Q. In the figure initial status of capacitor and their connection is shown. Which of the following is incorrect about this circuit?

Final charge on each capacitor will be zero

Final total electrical energy of the capacitors will be zero

Total charge flown from $A$ to $D$ is $30 μ C$

Total charge flown from $A$ to $D$ is $- 30 μ C$

$V = \frac{Q _{1} + Q _{2}}{C _{1} + C _{2}} = 0$

Final potential difference = zero
Final charge = Zero
Charge flow $30 μ C$ from $A$ to $D$

Q. In the figure initial status of capacitor and their connection is shown. Which of the following is incorrect about this circuit?

Final charge on each capacitor will be zero

Final total electrical energy of the capacitors will be zero

Total charge flown from A to D is 30μC

Total charge flown from A to D is −30μC

V=C1​+C2​Q1​+Q2​​=0 Final potential difference = zero Final charge = Zero Charge flow 30μC from A to D

Total charge flown from $A$ to $D$ is $30 μ C$

Total charge flown from $A$ to $D$ is $- 30 μ C$

$V = \frac{Q _{1} + Q _{2}}{C _{1} + C _{2}} = 0$

Final potential difference = zero
Final charge = Zero
Charge flow $30 μ C$ from $A$ to $D$