Two loops carry equal currents I in the same direction. The loops are held in the positions shown in the figure and are then released. Which one of the following statements correctly describes the subsequent behavior of the loops? ہے O The loops remain in the positions shown. O The top loop moves to the right; the bottom loop moves to the right. O The loops attract each other. O Both loops move to the left. O The loops repel each other.

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**Current and Magnetic Interaction of Loops**

Two loops carry equal currents \( I \) in the same direction. The loops are held in the positions shown in the figure and are then released. Which one of the following statements correctly describes the subsequent behavior of the loops?

- The diagram shows two horizontal loops, one above the other, with both carrying current in a clockwise direction.

**Options:**
1. The loops remain in the positions shown.
2. The top loop moves to the right; the bottom loop moves to the right.
3. The loops attract each other.
4. Both loops move to the left.
5. The loops repel each other.

**Explanation:**
In this setup, the loops create magnetic fields that interact. Due to the currents flowing in the same direction, the loops exert forces on each other. The correct behavior can be discerned based on the principles of magnetic force between current-carrying conductors.
Transcribed Image Text:**Current and Magnetic Interaction of Loops** Two loops carry equal currents \( I \) in the same direction. The loops are held in the positions shown in the figure and are then released. Which one of the following statements correctly describes the subsequent behavior of the loops? - The diagram shows two horizontal loops, one above the other, with both carrying current in a clockwise direction. **Options:** 1. The loops remain in the positions shown. 2. The top loop moves to the right; the bottom loop moves to the right. 3. The loops attract each other. 4. Both loops move to the left. 5. The loops repel each other. **Explanation:** In this setup, the loops create magnetic fields that interact. Due to the currents flowing in the same direction, the loops exert forces on each other. The correct behavior can be discerned based on the principles of magnetic force between current-carrying conductors.
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