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Taking into account that air becomes conducting when an electric field in it reaches about 3 • 106 volt/m, determine the radius of the smallest sphere that can be charged in air to a potential of 106 volts.
Find the system function H (z) of the system. Plot the poles and zeros of H (z), and indicate the ROC.
What will happen to that wave at the point of impact. having a permittivity of fr = 4. What is the characteristic angle of two media when an electromagnetic wave moves from a medium with index of refraction2.1 to another one with index 1.51
Each pole of a 100kW, 250v flet-compound generator has a shunt field of 2000 turns and a series field of 7 turns. If the total shunt field resistance is 100 ohms
A differential equation of a system with x(t) as an input and y(t) as an output is defined as a.)Find the system response to unit step function, x(t)= u(t), where b.) Specify the Zero Input Response.
design a passive 1-pole rlc notch filter suitable for filtering out 60hz pickup noise. use complex impedance to
three balanced Y-connected loads are installed on a balance three phase four-wire system load 1 draws a total power of 6kw at unity P.F load 2 requires 10 KVA at P.F=0.96 lagging load 3 needs 8kw at 0.85 lagging if the phase voltage is 135V
write a program that retrieve 2 bytesnum 1 and num2 from memory determine which is closest to the numeric value 50
Consider the circuit shown in the figure below. Suppose that R1 = 6Ω , R2 = 13Ω and R3 = 17Ω. Determine the mesh current i1. Express your answer to three significant figures and include the appropriate units.
Given a satellite altitude and desired illumination spot diameter on the earth surface, use MATLAB to determine the antenna aperture diameter and maximum gain to give the desired spot diameter.
Three identical constant pitch thin helical coils (having a pitch 3mm, axial length 450mm and inner diameter 20mm) are positioned along a common axis. The axial distance between the first and the second is 55mm
Two point charges of +Q and -3Q are located at points (0, 0, 0) and (0, 4a, 0) respectively. Find the Electric Field at P1 (0, 0, 3a) and at P2 (0, 4a, 3a)
1. Two resistors R1 = 5.6 kΩ and R2 = 3.3 kΩ are to be connected in series. Calculate the series equivalent resistance Rs. 2. The same two resistors are reconnected in parallel. Calculate the parallel equivalent resistance Rp.
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