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for a system specified by the transfer functionwrite sets of state equations for dfii and its transpose cascade and
convert each of the following second-order differential equations into a set of two first-order differential equations
write the state equations for the systems depicted in fig p105-1 determine a new state vector w such that the resulting
the state equations of a certain system are given asfind the state equations of the system with w as the state vector
1 distinguish between bound electrons and free electrons in an atom2 briefly describe the phenomenon of conduction3
1 what is a boundary condition how do boundary conditions arise and how are they derived2 summarize the boundary
1 what is the criterion for a material to be a good conductor2 give two examples of materials that behave as good
1 discuss the consequence of the frequency dependence of the phase velocity of a wave in a material medium2 what is
1 discuss the relationship between b and h for a ferromagnetic material2 summarize the constitutive relations for a
1 what is the revised definition of h2 state the relationship between h and b for a magnetic material how does it
1 what are the different kinds of magnetic materials2 what is the magnetization vector how is it related to the
1 what is an anisotropic dielectric material2 when can an effective permittivity be defined for an anisotropic
1 state the relationship between polarization current density and electric field intensity how is it taken into account
1what is an electric dipole how is its strength defined2 what are the different kinds of polarization in a dielectric3
the electric and magnetic fields of a uniform plane wave propagating in a perfect dielectric medium are given byfind
1 for a point charge q situated at the point 1 2 0 find the potential difference between the point a3 4 1 and the point
for a line charge of uniform density 10-3 cm situated along the z-axis between 0 0 -1 and 0 0 1 obtain the series
1 discuss the physical phenomena associated with each of the elements in the transmissionline equivalent circuit2 what
1 outline the steps involved in the magnetoquasistatic field analysis of a parallel plate structure and the
1 explain the term internal inductance2 what is meant by the quasistatic extension of the static field in a physical
1 what is the laplacian of a scalar what is its expansion in cartesian coordinates2 state poissons equation3 outline
1 distinguish between voltage as applied to time-varying fields and potential difference2 what is a conservative field
1 discuss the application of the gradient concept for the determination of unit vector normal to a surface2 how would
1 state maxwells curl equations for static fields2 what is the expansion for the gradient of a scalar in cartesian