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1. Briefly outline the procedure involved in the successive solution of Maxwell's equations.
2. How does the technique of successive solution of Maxwell's equations reveal the interaction between the electric and magnetic fields giving rise to wave propagation?
3. State the wave equation for the case of
How is it derived?
describe with a numerical example the fundamental reason as to why live streaming video require a heavy usage of bandwidth as compared to live streaming audio. give a numerical example.
A credit card size calculator uses two tiny 1.5-V cells in series that provide a normal operating power of 0.000 18 W. Determine the current passing through each cell when the device is in use.
If the desired rolloff frequency is 15 Hz and C = 10 µF, find the value of R.
What effect would the signal source impedance have on the non-inverting amplifier?
An amplifier with a gain of 12 dB, a bandwidth of 150 MHz, and a noise figure of 4 dB feeds a receiver with a noise temperature of 900 K.
Find the initial torque supplied to the antenna.
Design a suitable low pass filter to remove the harmonic content of a 1KHz square wave to produce a 1KHz sine wave with less than1.5% harmonic distortion contributed by the first harmonicabove the fundamental.
Assume the demand in the United States is increasing at a rate of 5% annually. For how long can the United States be self-sustained with respect to electric energy without constructing new generating plants?
A certain inverting amplifier has a closed-loop gain of 25. The op-amp has a open-loop gain of 100,000. If another op-amp with an open loop gain of 200,000 is substituted in the configuration, find the new closed-loop gain.
How could the system illustrated be simplified - for instance by cutting the number of modules - without changing the properties of the system. Check whether your solution is right using DASYLab.
In a certain system, an electrical heating element was found to increase the temperature of a piece of metal 7o for each amp of current. The metal expands 0.004 in./deg and pushes on a load sensor that outputs 1 V/0.003 in.
A gold wire (resistivity of 2.44× 10(-8) Ω·m and a temperature coefficient of 3.4×10(-3) °C-1) with a radius of 0.100 mm has a uniform electric field of 2.50 V/m imposed along its entire length. The temperature of the wire is 50.0°C.
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