Fridge magnets are peculiar because they are quite strongly magnetic on the "front face", and are very weakly magnetic on the "back face". In this context, the front-face is the side of the magnet that sticks to the fridge/metal surface. If the structure of a fridge magnet were like this: S then there would be no "preferred" orientation. Instead, fridge magnets are made of a large number of small magnets, arranged in a special way: This is the simplified cross-section of a fridge magnet. Here, the tips of the arrows represent "North" poles of the small magnets. Using the concepts developed in this lesson, draw the magnetic field lines that you would expect to see around this arrangement of magnetic domains. Then, decide which side of this magnet (top or bottom) will have the stronger magnetic field, and tell me why you believe that this will be the case. Upload any drawings in the dropbox provided