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measurement of conductivity a method of measuring conductivity of fluids is to construct a cylinder and drill a hole at
calculation of resistance a sphere made of a conducting material with conductivity 0 is connected in a circuit as shown
potential difference and resistance three cylinders are attached as shown in figure 736 a current i passes through the
application ground resistance of electrodes a ground electrode is built in the form of a hemisphere of radius a 01 m
application resistance and power in faulty cables an underwater cable is made as a coaxial cable with internal
random diffusion the coding for assignment should graph like a mountain while like a bulge and settling flat over
application bimetal conductor a conductor is made of two materials as shown in figure 741 this is typical of bimetal
surface charge produced by current two cylindrical lossy dielectrics of radius b but of different conductivities are
application spot welding of sheet stock in an electric spot welding machine the electrodes are circular with diameter d
magnetic flux density due to filamentary currents a current i flows in a conductor shaped as an equilateral triangle
assignment questiom 1graphically determine the feasible region if one exists for the following lp system2x1 5x2 le
magnetic flux a straight wire carries a current i 10 a and passes above a loop of radius a 01 m as shown in figure
magnetic flux density of a spiral coil a wire is bent to form a flat spiral coil and carries a current i calculate the
magnetic field of a current sheet a thin layer of wires forms an infinite sheet of current there are n wires per meter
fields due to current sheets two infinite thin sheets of current are arranged as shown in figure 845 in the upper sheet
magnetic vector potential of current segment a very long but not infinite straight wire carries a current i and is
magnetic vector potential of loops a circular loop and a square loop are given as shown in figure 846a find the ratio
a coaxial cable as used in tv antennas has an inner conductor which is 05 mm in diameter and an outer conductor 5 mm in
magnetic scalar potential between the poles of a permanent magnet the magnetic scalar potential difference between the
1 a general model for the spread of an epidemic with s as the proportion of the population that is susceptible i as the
a rectangular loop with sides a 10 mm and b 20 mm is placed on the xy plane in free space centered at the origin and
calculate the magnetic field intensity in the gaps of example 918 for finite permeability of iron assume the relative
application inductance of coaxial cables a coaxial cable is made of an inner shell of radius b and an outer concentric
application magnetization and magnetic field in a permanent magnet a very long cylindrical magnet has magnetization m
magnetic interface conditions a magnetic field intensity h is given at the interface between material 1 and 2 as shown