You have two bodies A and B. A is positively charged. If A and B are conductors and A touches B, then

Options

A. B gets positively charged
B. B gets negatively charged
C. A and B will have equal amounts of charge
D. A and B both have positive charges

Answer

To solve the problem, we need to analyze what happens when a positively charged conductor A touches an uncharged conductor B. Here’s a step-by-step breakdown of the process:

### Step 1: Identify the Charges
- Body A is positively charged.
- Body B is initially uncharged.

### Step 2: Understand Conductors and Charge Flow
- Since both A and B are conductors, they allow charges to move freely.
- When two conductors come into contact, charge will redistribute between them.

### Step 3: Contact Between A and B
- When A (positively charged) touches B (uncharged), the positive charge on A will influence the charge distribution.
- The positive charge on A has a higher electric potential compared to the uncharged B.

### Step 4: Charge Redistribution
- The positive charge will start to flow from A to B. This happens because charges move from a region of higher potential to a region of lower potential.
- Since B is initially uncharged, it will gain some positive charge from A.

### Step 5: Equilibrium Condition
- The flow of charge will continue until the electric potentials of both conductors become equal.
- At this point, both A and B will have some positive charge, but the exact amount will depend on their sizes and the initial charge on A.

### Step 6: Conclusion
- After contact, both A and B will have positive charges. However, the amount of charge on each may not be equal unless they are identical in size and shape.

### Final Answer
- Body A remains positively charged, and body B becomes positively charged as well.

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