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1 what is the permittivity of free space what are its units2 describe the electric field due to a point charge3 how do
1 describe the phasor technique of solving a differential equation for the sinusoidal steady-state solution2 state
question 1value analysis is carried out ata the conceptual stageb production stagec product maturity staged product
1 considering the second hand on your watch to be a vector state its polarization what is the frequency2 what is a
1 describe briefly your concept of a scalar field and illustrate with an example2 describe briefly your concept of a
biomedical engineering modelling amp analysis assignment -aim and learning outcomesto use appropriate software to solve
1 what is the total distance around the circumference of a circle of radius 1 m what is the total vector distance
a square loop of wire of sides 001 m lies in the xy-plane with its sides parallel to the x- and y-axes and with its
1 two point charges each of mass m and charge q are suspended by strings of length l from a common point find the value
1 for the force field f x2ay find the approximate value of the line integral of f from the origin to the point 1 3 0
1 summarize maxwells equations in integral form discuss the interdependence of timevarying electric and magnetic fields
1 discuss briefly the application of gauss law for the electric field to determine the electric field due to charge
1 state gauss law for the electric field2 how is volume charge density defined3 state the law of conservation of
1 state amperes circuital law2 what are the units of the magnetic field intensity vector3 what are the units of the
1 discuss briefly the motional emf concept2 what is lenzs law3 how would you orient a loop antenna in order to obtain
1 why is it necessary to have the minus sign associated with the time rate of increase of magnetic flux on the right
1 how do you find the approximate value of the surface integral over a given surface2 how do you find the exact value
1 what is the magnetic flux crossing an infinitesimal surface oriented parallel to the magnetic flux density vector2
1 how do you find the exact value of the line integral2 what is the physical significance of the line integral of the
1 how do you find the work done in moving a test charge by an infinitesimal distance in an electric field2 what is the
1 what is the determinant expansion for the curl of a vector2 what is the significance of the curl of a vector being
1 state faradays law in differential form for the general case of an arbitrary electric field how is it derived from
charge is distributed uniformly with density within a spherical volume of radius a m and having its center at the
1 state the divergence theorem and discuss its application2 what is the divergence of the curl of a vector3 summarize
1 what is a divergence meter how does it help visualize the behavior of the divergence of a vector field2 provide two