When few electrons are removed from a neutral body, the body is charged

Options

A. positive
B. negative
C. neutral
D. none of the above

Explanation

**Step-by-Step Solution:**

1. **Understanding a Neutral Body:**
A neutral body has an equal number of positive and negative charges. This means that the total positive charge is balanced by the total negative charge, resulting in no overall charge.

2. **Identifying Charges:**
For example, if a neutral body has 6 positive charges (protons) and 6 negative charges (electrons), the body remains neutral because the charges cancel each other out.

3. **Removing Electrons:**
When a few electrons are removed from this neutral body, the number of negative charges decreases. For instance, if we remove 2 electrons from the previous example, we would then have 6 positive charges and only 4 negative charges.

4. **Resulting Charge:**
After the removal of electrons, there is now an imbalance: the body has 6 positive charges and only 4 negative charges. This results in a net positive charge because there are more positive charges than negative charges.

5. **Conclusion:**
Therefore, when electrons are removed from a neutral body, the body becomes positively charged.

**Final Answer:**
When a few electrons are removed from a neutral body, the body becomes positively charged.

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