Question

will these magnets attract or repel? attract repel

Explanation:

Magnets have opposite poles (north and south, often represented by different colors here). Like poles repel, unlike attract. The magnets shown have the same - colored (same - pole) ends facing each other (the blue parts or red parts? Wait, looking at the diagram, the adjacent ends: if we consider the top as one pole and bottom as another. Wait, actually, in typical magnet representations, if the two magnets have the same pole facing each other (e.g., north - north or south - south), they repel. From the diagram, the sides facing each other: let's say the red is south and blue is north? Wait, no, maybe the two magnets have the same pole (e.g., both blue ends or both red ends) facing? Wait, the two magnets: left magnet has blue top and red bottom, right magnet has blue top and red bottom. The sides facing each other: the right side of left magnet (red? Wait no, the left magnet's right side: if the left magnet is blue (top) and red (bottom), the right magnet's left side is blue (top) and red (bottom). Wait, maybe the adjacent poles: the bottom red of left and bottom red of right? No, the magnets are vertical. Wait, the facing sides: left magnet's right face (let's say the red part? No, the left magnet is blue (upper) and red (lower). The right magnet is blue (upper) and red (lower). So the left magnet's right side (the side facing the right magnet) is the blue - red boundary? Wait, no, maybe the key is that like poles repel. If the two magnets have the same pole (e.g., north - north or south - south) facing each other, they repel. So if the blue is north and red is south, then the right side of left magnet (blue - red: wait, no, the left magnet's right face: upper part blue, lower part red. The right magnet's left face: upper part blue, lower part red. So the upper blue parts are facing? No, the magnets are vertical, so the horizontal distance between them: the left magnet's right side (the face towards the right magnet) and the right magnet's left side (face towards left magnet). If the left magnet's right face has the blue (north) on top and red (south) on bottom, and the right magnet's left face has blue (north) on top and red (south) on bottom, then the facing poles: the blue (north) of left and blue (north) of right? No, wait, the magnets are standing vertically, so the sides facing each other: the right side of left magnet (which is, say, the south pole? No, maybe I got it wrong. Wait, the standard rule: like poles repel, unlike attract. So if the two magnets have the same pole (e.g., both north or both south) facing each other, they repel. In the diagram, the two magnets are oriented such that their like poles (e.g., the blue parts are north, red are south; so the blue (north) of left and blue (north) of right are not facing, wait no, the magnets are vertical, so the horizontal faces: left magnet's right face and right magnet's left face. If the left magnet's right face is red (south) and right magnet's left face is red (south), then like poles (south - south) face each other, so they repel. Or if blue is north, then blue - blue? Wait, maybe the diagram shows that the two magnets have the same pole (e.g., both red or both blue) on the sides facing each other, so they repel. Hence, the answer is repel.

Answer:

Repel