using System; using L=Science.Physics.GeneralPhysics; namespace Serway.Chapter31 { /// /// Example03: Which Bulb Is Shorted Out? /// Two bulbs are connected to opposite sides of a circular /// loop of wire, as shown in Figure 31.8a. A changing /// magnetic field (confined to the smaller circular area /// shown in the figure) induces an emf in the loop that /// causes the two bulbs to light. When the switch is closed, /// the resistance-free wires connected to the switch short /// out bulb 2 and it goes out. What happens if the wires /// containing the closed switch remain connected at points /// a and b, but the switch and the wires are lifted up and /// moved to the other side of the field, as in Figure 3.18b? /// The wire is still connected to bulb 2 as it was before, /// so does it continue to stay dark? /// public class Example03 { public Example03() { } private string result; public string Result { get{return result;} } public void Compute() { result = "Read the book!"; } } }