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In principle, any electrostatic problem (as well as others) can be solved by the method of images. What are the practical limitations that prevent us from solving many problems using this method?
The reactance in ohms of a capacitor at frequency of 500 Hz is 145 ohms; what is the value of the capacitor in uF. The reactance in ohms of a capacitor of 10 uF at a FREQUENCY of 200 Hz is
1 one of the sidebands of an am dsb-lc broadcast station is measured to have a power of 63 dbm.nbspif the modulation is
The paper aims at contribution of novel mixed integer linear programming formulation for minimizing the costs of operating power and gas systems thus impacting unit commitment in industrial micro grid with renewable generation
for the circuit of a full bridge single phase inverter a. how many controlled pulses are needed over a half cycle of
A copper strip (Ec = 105 GPa) and an aluminum strip (Ea = 75 GPa) are bonded together to form the composite beam shown. Knowing that the beam is bent about a horizontal axis by a couple of moment M = 35 N.m,
Consider a magnetic dipole carrying a current I. a. Calculate the magnetic flux density B at a point P specified in spherical coordinates. Express the answer in terms of the magnetic dipole moment m. Justify all the assumptions adopted.
It will have vertical walls and be 15 feet wide. It will be 10 feet deep, have a slope of .0015 feet/foot, and a roughness coefficient of .014. How deep will the water be when 1000 cubic feet/second is flowing through the channel
The normalized lowpass filter with a cutoff frequency of 1 rad/sec is given as Hp(s) 1/s+1 a. Use Hp(s) and the BLT to obtain an corresponding IIR digital high passs filter with a cutoff of 30 Hz, assuming a sampling rate of 200 hz,
With the switch, S1, closed in Fig, How much is the voltage across the switch? How much is the voltage across the lamp?
In a feedback system, the forward path has a transfer function of the form G(s)=k/(1+s/Omega_p) and the feedback path has a gain of k_fb which is less than unity. Calculate the bandwidth of the closed-loop transfer function
How hot would a conventional pipe have to get to burst and why. Does it vary according to what material the pipe is made of. Which are the strongest. What are weak ones
A silicon semiconductor at T=300K is homogeneously doped with Nd=5e15 cm^-3 and Na=0. a) determine the thermal equilibrium concentration of free electrons and free holes. B) calculate the drift current density for an applied electric field of E=30..
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