So, um, in part A, you have a current from left to right and part B. So to oppose this change Ah, there will be a current induced in the opposite direction. And then when it moves towards the magnetic field, but your toe worth the corn, what you have is that, um, the, uh, magnetic field to the right of the wire is increasing. Okay, uh, so, uh, that's what happens when it moves away. And so you have no increase in the You have an induced current to the right because of this. And so it will induce more magnetic field to the to the right. What's happening is that the coil wants to it. And so since the magnet is moved, magnetic field strength decreases. What's happened? What's happening is that magnetic field lines, since they go from north to south were initially pointing along the right of the coil on. So when the magnetic field, when the when the magnet is moved to the left. All right, So, um, we know that Ah, maybe a few lines point from go from north to south like that. ![]() Uh, and you have a whole coiled machinery going on here. Uh, so you have, Ah, bar magnet here is the North Pole is the South Pole.
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