Identify the wrong statement.

Options

A. Charge is a vector quantity
B. Current is a scalar quantity
C. Charge can be quantity
D. Charge is additive in nature

Answer

To solve the question of identifying the wrong statement regarding current electricity, we will analyze each option one by one.

### Step 1: Analyze Option A
**Statement:** Charge is a vector quantity.
- **Explanation:** Charge is a scalar quantity. It does not have a direction associated with it; it only has magnitude. Therefore, this statement is incorrect.

### Step 2: Analyze Option B
**Statement:** Current is a scalar quantity.
- **Explanation:** While current is often treated as a scalar quantity in basic physics, it can also be described as a tensor in more advanced contexts. However, for the purposes of this question, it is generally accepted that current is a scalar quantity. Thus, this statement is correct.

### Step 3: Analyze Option C
**Statement:** Charge can be a quantity.
- **Explanation:** This statement is vague but can be interpreted as charge being a measurable quantity, which is true. Charge is indeed a quantity that can be measured. Therefore, this statement is correct.

### Step 4: Analyze Option D
**Statement:** Charge is negative in nature.
- **Explanation:** This statement is misleading. Charge can be positive or negative. While it is true that there are negative charges (like electrons), it is not accurate to say that charge is negative in nature. Therefore, this statement is also incorrect, but it is less clear than Option A.

### Conclusion
After analyzing all options, we find that the wrong statement is:
- **Option A:** Charge is a vector quantity.

### Summary of Findings
- **Option A** is incorrect because charge is a scalar quantity.
- **Option B** is correct as current is treated as a scalar quantity.
- **Option C** is correct as charge is indeed a measurable quantity.
- **Option D** is misleading as charge can be both positive and negative.