using System;
using L=Science.Physics.GeneralPhysics;
namespace Serway.Chapter32
{
///
/// Example04: What Happens to the Energy in the Inductor?
/// Consider once again the RL circuit shown in Figure 32.6.
/// Recall that the current in the right-hand loop decays
/// exponentially with time according to the
/// expression I = I_0\exp(-t/\tau),
/// where I_0 = E/R is the initial current in the circuit and
/// \tau = L/R is the time constant.
/// Show that all the energy initially
/// stored in the magnetic field of the inductor appears as
/// internal energy in the resistor as the current decays to zero.
///
public class Example04
{
public Example04()
{
}
private string result;
public string Result
{
get{return result;}
}
public void Compute()
{
result = "Read the book!";
}
}
}