Please help answer question 2 and 5. South North Area of first region (V·s) | 0.
ID: 1785787 • Letter: P
Question
Please help answer question 2 and 5.
South North Area of first region (V·s) | 0.026 | -0.024 Area of second region (V.-0.0250.026 0.3370.358 0.739 0.697 First peak (V) Second peak (V) 1. For each time you dropped the magnet through the coil was the ingoing flux equal to the outgoing flux? Take the % difference of their magnitudes. 2.Why must the flux of the two regions be the same? 3. For both runs the peak of the second region was larger than the first. Why is that? This happens because the second pole to fall through the coil is traveling faster than the first pole. 4. Why are there two regions for each drop? Because there aretwo poles in the magnet and each one can induce voltage in the coil of wire The two peaks are in opposite directions because the two magnetic poles have opposite polarity 5. For each drop one region was below the x axis, and one was above. When you flip the magnet the order of which one is above the x-axis and which one is below changes. Why is that?Explanation / Answer
2) Beacuse for both the regions the magnetic field strength is same, and the area of coil is same. Magnetic flux is the product of field and Area. So fluc will also be same for both regions,
5) For the drop where the poles of magnets are such that the field is into the coil, then the flux into the coil increases first and then decreses. So the order of region will be above first and then below. If we flip the magnet then flux will be out of the coil. So the order reverses this time.