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1 discuss the bounce-diagram technique of keeping track of the bouncing back and forth of the transient waves on a
find the indicated equationa find the equation of the plane which is tangent to the graph of fx y 4 arctan xy at the
please consider the function fx -x2 3x - 2 show the calculus used to solve these two problems1 find the point x and
a bug is traveling along a path on the coordinate plane and its position given by the equation ft t sin t 2a
1 describe the phenomenon of the bouncing back and forth of transient waves on a transmission line excited by a
what is the fundamental distinction between the occurrence of the response in one branch of a lumped circuit to the
1 how is the length of a short-circuited stub for a required input susceptance determined by using the smith chart2
1 why is a circle with its center at the center of the smith chart known as a constant swr circle where on the circle
1 what is a partial standing wave discuss the standing wave patterns corresponding to partial standing waves2
1 what is the voltage reflection coefficient at the junction between two transmission lines how are the current
1 discuss the condition for the validity of the quasistatic approximation for the input behavior of a physical
1 let z fxy be implicitly defined by xz radic3x2 y - z2 find the equation of the tangent plane and the equation of
show that for a transverse electromagnetic wave the voltage between the conductors and the current along the conductors
1 consider the following discrete-time dynamical systemxt1 xt2 7xt 8a find the equilibria algebraicallyb apply the
the electric field of a uniform plane wave propagating in a perfect dielectric medium having m m0 is given by e 10
the free electron density in silver is 580 1028 m-3a find the mobility of the electron for silverb find the drift
find the electric field intensity required to produce a current of 01 a crossing an area of 1 cm2 normal to the field
1 what is a boundary condition how do boundary conditions arise and how are they derived2 summarize the boundary
1 what is skin effect discuss skin depth giving some numerical values2 why are low-frequency waves more suitable
1 what is the condition for a medium to be a perfect dielectric how do the characteris- tics of wave propagation in a
1 discuss the consequence of the frequency dependence of the phase velocity of a wave in a material medium2 what is
1 what are the different kinds of magnetic materials2 what is the magnetization vector how is it related to the
1 state the relationship between polarization current density and electric field intensity how is it taken into account
mathematical motivation consequences of nonarusarity the relationship between the flow f say in cubic centimeters per
show that the time-average value of the magnitude of the poynting vector given by 468 is one-half its peak value for an