Certainly! Let's break down the problem shown in the image into two steps. --- ## Step 1: **Direction of Current** ### Explanation: - The battery is connected such that the positive terminal is on the top and the negative terminal is on the bottom. - Electrons flow from the negative terminal (bottom) to the positive terminal (top) **inside the wire**. - By convention, the current (\( I \)) flows **from the positive terminal to the negative terminal** (opposite to electron flow). **So, the current flows **clockwise** in the circuit.** --- ## Step 2: **Direction of Magnetic Field (Right-Hand Rule)** ### Explanation: - For a straight section of wire, if you point your right thumb in the direction of the current (clockwise, from left to right across the top wire), your fingers curl **into the page** above the wire. - The "X"s in the diagram indicate **into the page**, matching the magnetic field created by the current. **So, the magnetic field through the loop (in the region shown) points **into the page**.** --- ## **Final Answer** **The direction of the magnetic field through the loop is _into the page_ (represented by the "X"s in the diagram).**

# Analysis of the Circuit Let's break down the problem into two main steps. --- ## Step 1: **Direction of Current** ### Explanation: - The battery's positive terminal is at the top, and the negative terminal is at the bottom. - Electrons flow from the negative terminal (bottom) to the positive terminal (top) **inside the wire**. - By convention, current (\( I \)) flows **from the positive terminal to the negative terminal** (opposite to the flow of electrons). **Conclusion:** The current flows **clockwise** in the circuit. --- ## Step 2: **Direction of Magnetic Field (Right-Hand Rule)** ### Explanation: - To determine the direction of the magnetic field around a current-carrying wire, use the right-hand rule. - Point your right thumb in the direction of the current (which is clockwise, from left to right across the top wire). - Your fingers will curl in the direction of the magnetic field lines. Above the wire, your fingers will curl **into the page**. **Conclusion:** The magnetic field through the loop points **into the page**. --- ## **Final Answer** The direction of the magnetic field through the loop is **_into the page_** (indicated by the "X"s in the diagram).