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In the picture below, you have: a single Loop of copper wire and a bar magnet. The magnet's North pole faces the loop's plane and is being pulled away from the loop (and your eye). Side View Movement of Magnet N S Magnetic is behind loop. Front (your) View What pole (N or S) is created by the Loop on its Right side (Red dot shown in the Side View)? You are on the loop's left side looking towards the magnet. What is the direction (clockwise, counterclockwise) of the conventional current through the loop? Use Front View. Note: You should ignore the red N as this is the bar magnetic and not the loop's magnetic field.

In the picture below, you have: a single Loop of copper wire and a bar magnet. The magnet's North pole faces the loop's plane and is being pulled away from the loop (and your eye). Side View Movement of Magnet N S Magnetic is behind loop. Front (your) View What pole (N or S) is created by the Loop on its Right side (Red dot shown in the Side View)? You are on the loop's left side looking towards the magnet. What is the direction (clockwise, counterclockwise) of the conventional current through the loop? Use Front View. Note: You should ignore the red N as this is the bar magnetic and not the loop's magnetic field.

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In the picture below, you have: a single Loop of copper wire and a bar magnet. The magnet's North pole faces the loop's plane and is being pulled away from the loop (and your eye). Side View Movement of Magnet N S Magnetic is behind loop. Front (your) View What pole (N or S) is created by the Loop on its Right side (Red dot shown in the Side View)? You are on the loop's left side looking towards the magnet. What is the direction (clockwise, counterclockwise) of the conventional current through the loop? Use Front View. Note: You should ignore the red N as this is the bar magnetic and not the loop's magnetic field.
Transcribed Image Text:In the picture below, you have: a single Loop of copper wire and a bar magnet. The magnet's North pole faces the loop's plane and is being pulled away from the loop (and your eye). Side View Movement of Magnet N S Magnetic is behind loop. Front (your) View What pole (N or S) is created by the Loop on its Right side (Red dot shown in the Side View)? You are on the loop's left side looking towards the magnet. What is the direction (clockwise, counterclockwise) of the conventional current through the loop? Use Front View. Note: You should ignore the red N as this is the bar magnetic and not the loop's magnetic field.
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