Question:
An uncharged conductor A is brought near a positively charged conductor B. Then, A. The charge on B will increase, but the potential of B will not change B. the charge on B will not change, but the potential of B will decrease C. The charge on B will decrease, but the potential of B will increase D. The charge on B will not change but the potential of B will increase
An uncharged conductor A is brought near a positively charged conductor B. Then, A. The charge on B will increase, but the potential of B will not change B. the charge on B will not change, but the potential of B will decrease C. The charge on B will decrease, but the potential of B will increase D. The charge on B will not change but the potential of B will increase
Updated On: Jun 25, 2024
- The charge on B will increase, but the potential of B will not change
- the charge on B will not change, but the potential of B will decrease
- The charge on B will decrease, but the potential of B will increase
- The charge on B will not change but the potential of B will increase
Hide Solution
Verified By Collegedunia
The Correct Option is B
Solution and Explanation
The correct option is (B):the charge on B will not change, but the potential of B will decrease
Was this answer helpful?
0
0
Top Questions on Current electricity
- Two wires of the same material and the same radius have their lengths in the ratio 2:3. They are connected in parallel to a battery which supplies a current of 15 A. Find the current through the wires.
- CBSE CLASS XII - 2025
- Physics
- Current electricity
- A conductor of length \( l \) is connected across an ideal cell of emf E. Keeping the cell connected, the length of the conductor is increased to \( 2l \) by gradually stretching it. If R and \( R' \) are initial and final values of resistance and \( v_d \) and \( v_d' \) are initial and final values of drift velocity, find the relation between:
\( R' \) and \( R \)
\( R' = 4R \)- CBSE CLASS XII - 2025
- Physics
- Current electricity
A battery of emf \( E \) and internal resistance \( r \) is connected to a rheostat. When a current of 2A is drawn from the battery, the potential difference across the rheostat is 5V. The potential difference becomes 4V when a current of 4A is drawn from the battery. Calculate the value of \( E \) and \( r \).
- CBSE CLASS XII - 2025
- Physics
- Current electricity
A constant voltage of 50 V is maintained between the points A and B of the circuit shown in the figure. The current through the branch CD of the circuit is :
- NEET (UG) - 2025
- Physics
- Current electricity
- In the circuit, three ideal cells of e.m.f. \( V \), \( V \), and \( 2V \) are connected to a resistor of resistance \( R \), a capacitor of capacitance \( C \), and another resistor of resistance \( 2R \) as shown in the figure. In the steady state, find (i) the potential difference between P and Q, (ii) the potential difference across capacitor C.
- CBSE CLASS XII - 2025
- Physics
- Current electricity
View More Questions
Questions Asked in NATA exam
What is the angle between the hour and minute hands at 4:30?
- NATA - 2025
- Coordinate Geometry
Mantri Mandir -- Where is it located?
- NATA - 2025
- Architectural Knowledge
Count the no of surfaces
- NATA - 2025
- Architectural Knowledge
- What depicts the Buddhist belief of death, rebirth, and afterlife in the stupas?
- NATA - 2025
- Architectural Knowledge
- In a family consisting of four living generations (excluding married daughters), the wife is always three years younger than her husband. The siblings in the family have an age gap of three years and there are 2 siblings in the youngest generation. Each father is thirty years older than his eldest child. The present age of the youngest daughter is six years and her father has no siblings. Based on this information, what is the age difference between the youngest child and her grandmother?
- NATA - 2025
- Blood Relations
View More Questions