Given the network in Fig. P10.3, (a) find the equations for a (t) and b (t). (b) find the equations for c (t) and d (t). M i 1(t) i 2(t) L2 L1 + a(t) + d(t) + c(t) + b(t) Figure P10.3
Exam 1 Study Guide Monday, February 22, 2016 7:40 PM Chapter 1 Maxwell's Equations - differential forms, meaning, variable names in the 4 equations and units, polar form conversion • Electric field intensity: , vector field used in electrostaticswhen charge is at rest in free space and is defined as the electric force on a unit test charge • Electric flux density or displacement: , vector field used in studying the electric fields inside material objects • Magnetic field intensity: , vector needed in discussing magnetic phenomonen,field generated at a point in free space by steady or time-varyingelectric currents in a source, related to magnetic force acting on a moving charge • Magnetic flux density: , useful in investigation of mag
