Direction of induced current produced by motion of a conductor in a magnetic field is given by

Options

A. Fleming's right-hand rule
B. Fleming's left-hand rule
C. Clock rule
D. Faraday's rule

Explanation

To determine the direction of the induced current produced by the motion of a conductor in a magnetic field, we can use Fleming's Right Hand Rule. Here’s a step-by-step solution:

### Step-by-Step Solution:

1. **Understand the Components**: Identify the three components involved in Fleming's Right Hand Rule:
- **Thumb**: Represents the direction of the motion of the conductor (the direction in which the conductor is moving).
- **Index Finger**: Represents the direction of the magnetic field (the direction of the magnetic lines of force).
- **Middle Finger**: Represents the direction of the induced current (the current that is generated in the conductor).

2. **Position Your Hand**: Extend your right hand such that:
- Your **thumb** points in the direction of the conductor's motion.
- Your **index finger** points in the direction of the magnetic field.

3. **Determine the Direction of Induced Current**: Your **middle finger**, which is perpendicular to both your thumb and index finger, will then point in the direction of the induced current.

4. **Conclusion**: By applying Fleming's Right Hand Rule, you can easily determine the direction of the induced current when a conductor moves through a magnetic field.

### Final Answer:
The direction of the induced current produced by the motion of a conductor in a magnetic field is given by **Fleming's Right Hand Rule**.

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